LegalizeThe Export of Goods (Control) Order 1994
| (1) | (2) |
|---|---|
| Orders Revoked | References |
| The Export of Goods (Control) Order 1992(Amendment) Order 1992 | S.I. 1993/3305. |
| The Export of Goods (Control) (Amendment) Order 1993 | S.I. 1993/1020. |
| The Export of Goods (Control) (Amendment No. 2) Order 1993 | S.I. 1993/1692. |
| The Export of Goods (Control) (Amendment No. 4) Order 1993 | S.I. 1993/1825. |
| The Export of Goods (Control) (Amendment No. 5) Order 1993 | S.I. 1993/2515. |
| The Export of Goods (Control) (Amendment No. 6) Order 1993 | S.I. 1993/3264. |
| The Export of Goods (Control) (Amendment No. 7) Order 1994 | S.I. 1994/534. |
| ADCs (analogue-to-digital converters) | 3A001a.5 |
| --- | --- |
| 3A101a | |
| 4A003e | |
| ADN (ammonium dinitramide) | ML8a.32 |
| ADNBF (7-Amino-4,6-dinitrobenzofurazane-1-oxide) | ML8a.24 |
| AHRS (Attitude Heading Reference Systems), source code | 7D002 |
| AMMO (Azidomethylmethyloxetane) & its polymers | ML8e.1 |
| Absolute reflectance measurement equipment | 6B004a |
| Absorbers of electromagnetic waves | 1C001 |
| Absorbers, hair type | 1C001a |
| Absorbers, non-planar & planar | 1C001a |
| Absorbers, paint | 1C001a |
| Absorption columns | 2B350e |
| Accelerators or coprocessors, graphics | 4A003d |
| Accelerometer axis align stations | 7B003f |
| Accelerometers & accelerometer components | 7A001 |
| 7A101 | |
| Acoustic beam forming software | 6D003a.1 |
| Acoustic devices for riot control purposes | PL5001a |
| Acoustic hydrophone arrays, towed | 6A001a.2.b |
| Acoustic location&object detection systems | 6A001a.1.b |
| Acoustic mounts, noise reduction equipment for vessels | 8A002o.3.a |
| Acoustic positioning systems | 6A001a.1.d |
| Acoustic projectors | 6A001a.1.c |
| Acoustic systems, marine | 6A001 |
| Acoustic transducers (hydrophones) | 6A001a.2.a |
| Acoustic underwater communications systems | 5A001b.11 |
| Acoustic vibration test equipment | 9B006 |
| Acoustic wave devices | 3A001c |
| Acoustic-optic signal processing devices | 3A001c.3 |
| Active acoustic systems | 6A001a.1 |
| Active compensating system rotor blade tip clearance control-software | 9D004f |
| Active flight control system technology | 7E004b |
| Active magnetic bearing systems | 2A005 |
| Actively cooled mirrors | 6A005f.1 |
| Adaptive control software | 2D002a |
| Additives, precursors & stabilisers for explosives | ML8e |
| Additives to improve explosive formulation | ML8e |
| Aero gas turbine engine test software | 9D004d |
| Aero gas turbine engines | 9A001 |
| Aero-engines, military | ML10c |
| Aerodynamic isotope separation plant | B10a.3 |
| Aerodynamic separation process equipment & components | B10b.3 |
| Aeroengines/equipment/components, civil aircraft | 9A990 |
| Aerosol challenge testing chambers | 2B352f |
| African swine fever virus | 1C352a.1 |
| Agitators | 2B350b |
| Aiming devices | ML5a |
| PL5002 | |
| Air independent power systems | 8A002j |
| Air traffic control software | 6D003d |
| Air weapons | ML1a,b |
| PL5018 | |
| Airborne altimeters | 7A006 |
| 7A106 | |
| Airborne components | ML10 |
| 9A990 | |
| Airborne equipment | ML10e-i |
| 9A990 | |
| Airborne vehicles | ML10a,b |
| 9A990 | |
| 9A991 | |
| Aircraft | ML10a,b |
| 9A990 | |
| 9A991 | |
| Aircraft components | ML10 |
| 9A990 | |
| Aircraft engines | ML10c |
| 9A990 | |
| Aircraft equipment | ML10e-i |
| 9A990 | |
| Aircraft fuels | ML8d |
| Aircraft simulation or modelling, civil | 9A993 |
| Aircraft simulators, military | ML14 |
| Aircraft inertial navigation equipment | 7A003 |
| Aircraft refuellers, military | ML10f |
| Alexandrite | 6C005b |
| Alexandrite lasers | 6A005c.1 |
| Align & expose step & repeat equipment | 3B006 |
| Alkylphenylene ethers or thio-ethers | 1C006b |
| All wheel drive utility vehicles | Part I Group 3 (1.a) |
| Alloy strips, magnetic | 1C003c |
| Alloyed metal materials | 1C002b |
| 1C002c | |
| 1C202 | |
| Alloys, aluminium | 1C002a.1 |
| 1C002a.2.d | |
| 1C202a | |
| Alloys, nickel | 1C002a.1.a |
| 1C002a.2.a | |
| Alloys, niobium | 1C002a.2.b |
| Alloys, titanium | 1C002a.2.c |
| 1C202b | |
| Alloys, magnesium | 1C002a.2.e |
| Alpha-emitting radionuclides | 1C236 |
| Altimeters, airborne | 7A006 |
| 7A106 | |
| Aluminides, nickel | 1C002a.1.a |
| Aluminides, titanium | 1C002a.1.b |
| Aluminium alloy powder | 1C002b.1.d |
| 1C002c | |
| Aluminium alloys | 1C002a.2.d |
| 1C002c | |
| 1C202 | |
| Aluminium metal-organic compounds | 3C003 |
| Aluminium oxide powder | A70 |
| Aluminium powder | ML8a.1 |
| 1Cl15a.1 | |
| Amatol | 1C991a |
| Americium | A20 |
| 7-Amino-4,6-dinitrobenzofurazane-1-oxide (ADNBF) | ML8a.24 |
| Amino-dinitrobenzo-furoxan (ADNBF) | ML8a.24 |
| Ammonia crackers | B40b.2.d |
| Ammonia distillation towers | B40b.4.b |
| Ammonia synthesis converters&units | 1B227 |
| Ammonia-hydrogen exchange plant or towers | B40a.2 |
| B40b.2.a | |
| Ammonium dinitramide (ADN) | ML8a.32 |
| Ammonium hydrogen fluoride | 1C350a.1 |
| Ammonium perchlorate | ML8a.19 |
| Ammunition&components | ML3 |
| PL5021 | |
| Ammunition trailers | ML6f |
| Amorphous alloy strips | 1C003 |
| Amphibious cargo carriers, military | ML6i |
| Amphibious vehicles | ML6g |
| Amplifiers, microwave | 3A001b.4 |
| Analogue computers | 4A001 |
| Analogue computers, ruggedised | 4A101 |
| Analogue instrumentation tape recorders | 3A002a.1 |
| Analogue oscilloscopes | 3A202a-c |
| Analogue-to-digital conversion equipment | 4A003e |
| Analogue-to-digital converters (ADCs) | 3A001a.5 |
| 3A101a | |
| 4A003e | |
| Analysers, spectrum | 3A002c.1 |
| Analysers, network/swept frequency | 3A002e |
| Anechoic chambers capable of flight condition simulation | 9B106b |
| Anerobic chambers capable of use with biological agents | 2B352a.3 |
| Angular measuring instruments | 2B006b.2 |
| 2B006c | |
| Animal pathogens | 1C352 |
| Animals, live bovine | Part I Group 1 (1) |
| Antennae, phased array | 5A001f |
| Antibodies, defence against CBW agents | ML7e |
| Anti-g suits | ML10g |
| Antimony hydrides | 3C004 |
| relevant ML entries | |
| Anti riot helmets | PL5001b |
| Anti-riot shields & devices | PL5001b |
| Anti-vibration mounts | ML6 |
| ML9 | |
| ML10 | |
| 8A002o.3.a | |
| Anti-virus software, Information security software | 5D002c.3 |
| Aramid fibres & filamentary materials | 1C010a |
| 1C210a | |
| Arc remelt/casting furnaces | 2B227a |
| Argon ion lasers | 6A005a.6 |
| 6A205a | |
| Armed vehicles & related equipment/components | ML6b |
| Armoured plate | ML13a |
| Armoured railway trains & related equipment/components | ML6c |
| Armoured vehicles & related equipment/components | ML6b |
| PL5031 | |
| Aromatic polyamide fibres production technology | 1E002d |
| Aromatic polyamide-imides | 1C008a.2 |
| Aromatic polyetherimides | 1C008a.4 |
| Aromatic polyimides | 1C008a.3 |
| Array processor microcircuits | 3A001a.3 |
| Array processors | 4A003 |
| 4A004 | |
| Arsenic hydrides | 3C004 |
| Arsenic trichloride | 1C350a.2 |
| Artificial Intelligence software | 4D003b |
| Asynchronous transfer mode (ATM) equipment | 5A001c.4,5 |
| 5A001c.10 | |
| Atomic frequency standards | 3A002g |
| Atomic transition solid state lasers | 6A005c.2 |
| Atomic vapour laser isotope separation process equipment | B10b.6 |
| Attack alerting/warning systems | ML5b |
| Attitude Heading Reference Systems (AHRS), software | 7D002 |
| Attitude control equipment | 7A116 |
| Aujeszkys disease virus (Porcine herpes virus) | 1C352a.6 |
| Autoclave regulation technology | 1E103 |
| Autoclaves, gaseous diffusion or centrifuge cascades | B20a |
| Automatated control systems, submersible vehicles | 8A002b |
| Avian influenza virus | 1C352a.2 |
| Avionics EMP/EMI protection technology | 7E102 |
| Azidomethylmethyloxetane (AMMO)&its polymers | ML8e.1 |
| BCMO (Bischloromethyloxetane) | ML8e.8 |
| BHEGA (Bis(2-hydroxyethyl)glycolamide) | ML8e.5 |
| BNCP)(Cis-bis(5-nitrotetrazolato)pentaaminecobalt(III)-perchlorate) | ML8a.23 |
| BNO (Butadienenitrileoxide) | ML8e.9 |
| BOBBA 8 (Bis(2 methyl aziridinyl) 2-(2-hydroxypropanoxy)-propylamino phosphine oxide) | ML8e.41 |
| BTTN (Butanetrioltrinitrate) | ML8e.10 |
| Bacillus anthracis | 1C351c.1 |
| Bacillus anthracis vaccine | 1C992a |
| Bacteria | ML7a,e |
| 1C351c | |
| 1C352b | |
| Balancing machines, centrifugal multiplane | 2B229 |
| Ball & solid roller bearings | 2A001 |
| 2A002 | |
| Ballistic protection components | PL5014 |
| Ballistic protection materials for military systems | ML13b |
| Band-pass filters, tunable | 3A001b.5 |
| Barium metal vapour lasers | 6A005a.2.d |
| Basic copper salicylate | ML8e.2 |
| Batch mixers with vacuum & temperature control | 1B115 |
| Bathymetric survey systems | 6A001a.1.b |
| Batteries/cells, primary | 3A001e.1.a |
| Batteries/cells, rechargeable/secondary | 3A001e.1.b |
| Beam steering mirrors | 6A004a.4 |
| Beamforming techniques | 6A001a.2.c.2 |
| Bearings, ball & solid roller | 2A001 |
| 2A002 | |
| Bearings, fabric lined | 2A006 |
| Bearings, gas centrifuge | B10b.2.d,e |
| Bearings, gas-lubricated foil | 2A004 |
| Bearings, high precision/temperature/special | 2A001-6 |
| Bearings, magnetic | 2A005 |
| Bearings, solid roller | 2A002 |
| Bearings, solid tapered roller | 2A003 |
| Bellows pumps | 2B350i |
| Bellows seal valves | B10b.1.a |
| 2A226 | |
| 2B350g | |
| Bellows-forming dies | 2B228c |
| Bellows-forming mandrels | 2B228c |
| Benzilic acid | 1C350a.3 |
| Beryllium metal or alloy powder | ML8a.2.b |
| 1C115a.2.b | |
| Beryllium metal, alloys & compounds | 1C230 |
| Beryllium/beryllium substrate blanks | 6C004d |
| Biocatalyst incorporation in military carriers/materials-technology | ML7i.3 |
| Biocatalyst production systems | ML7h.2 |
| Biocatalysts, military | ML7h.1 |
| Biological agents adapted for use in war | ML7a |
| Biological containment facilities, ACDP level 3 or 4 | 2B352a.1 |
| Biological isolators | 2B352a.3 |
| Biological manufacturing equipment & facilities | 2B352 |
| Biological safety cabinets | 2B352a.3 |
| Biological systems | ML7h.2 |
| Biopolymer technology | ML7i.2 |
| Biopolymers for chemical warfare agent indentification | ML7g |
| Bioreactors | 2B352b |
| Bis(2,2-dinitropropyl)acetal | ML8e.3 |
| Bis(2,2-dinitropropyl)formal | ML8e.3 |
| Bis(2-fluoro-2,2-dinitroethyl)formal (FEFO) | ML8e.4 |
| Bis(2-hydroxyethyl)glycolamide (BHEGA) | ML8e.5 |
| Bis(2-methyl aziridinyl)-2-(2-hydroxypropanoxy)propylamino-phosphine oxide (BOBBA 8) | ML8e.41 |
| Bis(2-methylaziridinyl)methylaminophosphine oxide (Methyl BAPO) | ML8e.6 |
| Bisazidomethyloxetane & its polymers | ML8e.7 |
| Bischloromethyloxetane (BCMO) | ML8e.8 |
| Bismaleimides | 1C008a.1 |
| Bismuth | 1C229 |
| Bit error rate (BER) test equipment | 5B001b.1 |
| Bladders for aircraft/aerospacefuel | 1A001a |
| 1A001c | |
| Blank ammunition | ML3 |
| Blanks, Zinc selenide (ZnSe) substrate | 6C004a |
| Blanks, Zinc sulphide (ZnS) substrate | 6C004a |
| Blanks, beryllium/beryllium (Be/Be) deposited material | 6C004d |
| Blowers, turbo/centrifugal/axial flow | B10b.1.b |
| Bluetongue virus | 1C352a.3 |
| Boats | ML9 |
| 8A990 | |
| 8A991 | |
| Body armour | ML13d |
| Bomb activation equipment, military | ML4b |
| Bomb control equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Bomb handling equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Bomb detection equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Bomb jamming equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Bomb laying equipment, military | ML4b |
| Bomb powering equipment, military one time operation | MI4b |
| Bomb sweeping equipment, military | ML4b |
| Bombing computers | ML5a |
| Bombs | ML4a |
| PL5030 | |
| Boring machines (CNC) | 2B001c |
| Boron & boron compounds | 1C225 |
| Boron carbide powder (fuel) | ML8a.2.d |
| Boron metal or alloy powder | 1C115a.2.c |
| Boron metal powder (fuel) | ML8a.2.d |
| Botulinum toxin | 1C351d.1 |
| Boules of electro-optic materials | 6C004b |
| Bovine animals, live | Part I Group 1 (1) |
| Bovine offal | Part I Group 1 (2) |
| Brayton cycle engine, air independent | 8A002j |
| Bridge laying vehicles, military | ML6i |
| Bridges & gateways, telecommunication | 5A001b.3.c |
| 5A001c.4,5 | |
| Brucella abortus | 1C351c.2 |
| Brucella melitensis | 1C351c.3 |
| Brucella suis | 1C351c.4 |
| Bulk acoustic wave devices | 3A001c.2 |
| Bulk fluoride compounds | 6C004e.1 |
| Bulk fluoride glass | 6C004e.2 |
| Bulk refuellers, specialised | ML6i |
| Bullet proof tyres | ML6j |
| Bullet-proof materials & clothing | ML13d |
| Bullet-resistant materials & clothing | ML13d |
| Butacene | 1C115c.2 |
| Butadienenitrileoxide (BNO) | ML8e.9 |
| 1,2,4-Butanetriol | ML8e.45 |
| Butanetrioltrinitrate (BTTN) | ML8e.10 |
| Butylene imine trimesamide isocyanuric | ML8e.32 |
| CAD (Computer-aided-design) software for semiconductors | 3D003 |
| CL-14 (Diamino dinitrobenzofurozan) | ML8a.25 |
| CL-20 (Hexanitrohexaazaisowurtzitane or HNIW) | ML8a.30 |
| CNC (computer numerical control) units | 2B001a |
| CNC unit (populated) printed circuit boards with software | 2B009 |
| CNTD (Controlled nucleation thermal decomposition)-equipment | 2B005a.1.b |
| CP (2-(5-Cyanotetrazolato) pentaamminecobalt(III)perchlorate) | ML8a.22 |
| CTPB (Carboxy-terminated polybutadiene) | 1C115b.1 |
| CVD (Chemical vapour deposition) equipment | 1B001d |
| 1B101d | |
| 2B005a | |
| 3B004 | |
| CVD (Chemical vapour deposition) furnaces | 2B104b |
| CW (Chemical warfare) binary precursors | ML7b |
| CW (Chemical warfare) precursors | 1C350 |
| Cable, underwater communication | 5A001e.3 |
| Cables with surreptitious intrusion detection | 5A002g |
| Cables, Optical fibre | 5A001e.1 |
| Cadmium mercury telluride (CdHgTe) single crystals & epitaxial wafers | 6C002b |
| Cadmium telluride (CdTe) single crystals/epitaxial wafers | 6C002b |
| Cadmium zinc telluride (CdZnTe) single crystals &-epitaxial wafers | 6C002b |
| Calcium | 1C227 |
| Calcium fluoride (CaF₂) crucibles | 2A225a.1 |
| Calcium zirconate (Ca₂ZrO₃) crucibles | 2A225a.2 |
| Californium | A20 |
| Cameras & components | ML15b |
| 6A003 | |
| 6A203 | |
| Cameras, electronic framing type | 6A003a.4 |
| 6A203b.2 | |
| Cameras, electronic streak type | 6A003a.3 |
| 6A203b.1 | |
| Cameras, imaging | ML15d |
| 6A003b | |
| 6A203c | |
| Cameras, mechanical | ML15b,d |
| 6A003a | |
| 6A203a.1 | |
| Cameras, military | ML15b |
| Cameras, radiation hardened TV | 6A203c |
| Cameras, scanning & scanning camera systems | ML15 |
| 6A003b.2 | |
| Cameras, underwater photographic | 8A002e |
| Cameras, video using solid state sensors | 6A003b.1 |
| Canisters, smoke | ML4a |
| Canned drive pumps | 2B350i |
| Cannon, water | PL5001e |
| Cannons, large calibre | ML2a |
| Capacitors | 3A001e.2 |
| 3A201a | |
| Carbines | ML1a |
| Carbon dioxide (CO2) lasers | 6A005a.4 |
| Carbon fibre & filamentary materials | 1C010b |
| 1C210 | |
| Carbon monoxide (CO) lasers | 6A005a.3 |
| Carbon or alumina fibre conversion equipment | 1B001d |
| 1B101d | |
| Carbon-carbon materials | 1A102 |
| Carboranes & derivatives | ML8a.6 |
| Carboxy-terminated polybutadiene (CTPB) | 1C115b.1 |
| Cargo parachutes | ML10h.2 |
| Cartridges, containing explosives | ML3 |
| ML4a | |
| PL5021 | |
| Casting/remelt arc furnaces | 2B227a |
| Castings, military | ML16 |
| PL5020 | |
| Catalysts, platinized | 1A225 |
| Catalytic burners | B40b.4.c |
| Cathode ray tubes, oscilloscope | 3A202 |
| Cathodes for electronic microwave tubes | 3A001b.1.c |
| Cathodic arc deposition production equipment | 2B005f |
| Catocene | ML8e.11 |
| C³I (Command, Communications, Control & Intelligence software) | ML24b.1.d |
| Cell culture development/production/use technology | ML7i.2 |
| Cell cultures, biocatalyst production systems | ML7h.2 |
| Cell cultures, chemical warfare (CW) agent indentification | ML7g |
| Cells or batteries, primary | 3A001e.1.a |
| Cells or batteries, rechargeable | 3A001e.1.b |
| Cellular radio equipment with hands-off feature | 5A001c.7 |
| Cellular radio equipment/system software | 5D001c.2 |
| Cellular radio systems technology | 5E001b.7 |
| Centralised network control equipment/systems | 5A001d |
| Centralised network control technology | 5E001b.6 |
| Centrifugal decanters | 2B352c |
| Centrifugal fixtures for gyro bearings | 7B003e |
| Centrifugal multiplane balancing machine, software | 2D201 |
| Centrifugal multiplane balancing machines | 2B229a |
| Centrifugal separators | 2B352c |
| Ceramic base materials development/production technology | 1E002c.1 |
| Ceramic base materials | 1C007a |
| Ceramic composite materials | 1C107b |
| Ceramic core firing or burn-out equipment | 9B001h |
| Ceramic core leaching equipment | 9B001f |
| Ceramic core manufacturing equipment | 9B001e |
| Ceramic cores for blades & vanes | 9B001d |
| Ceramic materials & composites | 1C007 |
| Ceramic shell manufacturing equipment | 9B001e |
| Ceramic shell wax pattern preparation equipment | 9B001g |
| Ceramic shells for blades & vanes | 9B001d |
| Ceramic-matrix composite materials | 1C007c |
| Ceramic-matrix non-composite materials | 1C007b |
| Cerium sulphide (Ce₂S₃) made/coated crucibles | 2A225a.3 |
| Certification software for information security software | 5D002c.2 |
| Chambers, aerosol challenge testing | 2B352f |
| Charge (explosive) activation equipment | ML4b |
| Charge (explosive) control equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Charges, military explosive | ML4a |
| ML8a,b | |
| Chemical exchange isotope separation plant | B10a.4 |
| Chemical exchange separation process equipment & components | B10b.4 |
| Chemical incinerators | 2B350j |
| Chemical lasers | 6A005a.5 |
| Chemical manufacturing equipment | 2B350 |
| Chemical manufacturing facilities | 2B350 |
| Chemical storage tanks & containers | 2B350c |
| Chemical vapour deposition equipment (CVD) | 1B001d |
| 1B101d | |
| 2B005a | |
| 3B001 | |
| 3B004 | |
| Chemical warfare (CW) agent indentification biopolymers &-cultures | ML7g |
| Chemical warfare (CW) binary precursors | ML7b |
| Chemical warfare (CW) precursors | 1C350 |
| Chemicals, precursors for toxic chemical agents | 1C350 |
| Chemostats for biological processing | 2B352b |
| Chikungunya virus | 1C351a.1 |
| Chlamydia psittaci | 1C351c.5 |
| Chlorine trifluoride (ClF₃) | 1C238 |
| 2-Chloroethanol | 1C350a.4 |
| Chlorofluorocarbon oils as hydraulic fluids | 1C006a.2 |
| Chlorates composited with metal or high energy fuels | ML8a.3 |
| Chromates composited with metal or high energy fuels | ML8a.3 |
| Cinema recording cameras | 6A003a.1 |
| Circuit switching equipment/systems | 5A001c.8 |
| Cis-bis(5-nitrotetrazolato)pentaaminecobalt(III) perchlorate-(BNCP)) | ML8a.23 |
| Cladding test/inspection equipment, for reactor fuel elements | B60c |
| Clathrates of CL-20 | ML8a.30 |
| Climatic chambers | 9B106 |
| Clicker dies | 1B101e |
| Clips, ammunition | ML1d |
| Closed-cycle refrigeration systems | 9A006b |
| Clostridium botulinum | 1C351c.6 |
| Clostridium perfringens toxins | 1C351d.2 |
| Clothing & materials, bullet-proof | ML13d |
| Clothing & materials, bullet-resistant | ML13d |
| Coating & processing equipment | 2B005 |
| Coating application & processing technology, optic fibres | 5E001b.3 |
| Coating application technology, for non-electronic substrates | 2E003d |
| Coatings for reduced electromagnetic visibility | 1C101 |
| Coatings, designed for reduced reflectivity | ML17c |
| Cochliobolus miyabeanus (Helminthosporium oryzae) | 1C354b.2 |
| Cold boxes, hydrogen distillation | B40b.3.a |
| Cold traps for gaseous diffusion or centrifuge cascades | B20b |
| Cold-cathode tubes | 3A228a |
| Colletotrichum coffeanum var. virulans, fungi | 1C354b.1 |
| Colour centre lasers | 6A005c.1 |
| Columbium (Niobium) alloys | 1C002a.2.b |
| Combat aircraft | ML10a |
| Combat parachutes | ML10h |
| Combatant vessels & components | ML9 |
| Combined cycle engines/components | 9A011 |
| Combustion regulation devices, jet engines | 9A118 |
| Command, Communications, Control & Intelligence software (C3I) | ML24b.1.d |
| Common channel signalling equipment | 5A001c.1 |
| Communication channel controllers | 5A001b.3.b |
| Communications cable systems, secure | 5A002g |
| Compasses (gyro-astro) & devices | 7A004 |
| 7A104 | |
| Compilers for multi-data-stream processing equipment | 4D003a |
| Composite components/structures for rockets | 9A010 |
| Composite conductors, superconductive | 1C005 |
| Composite materials software | 1D002 |
| Composite structures for rockets, propulsion systems or space vehicles | 9A110 |
| Composite structures, laminates or tubes | 1A002 |
| 1A202 | |
| Composite temperature/pressure/atmosphere regulation technology | 1E103 |
| Composite/laminate manufactures for rockets | 9A110 |
| Compound rotary tables | 2B009 |
| Compound semiconductor integrated circuits, industrial | 3A001a.11 |
| Compounds composed of fluorine & other halogens, oxygen or nitrogen | ML8a.5 |
| Compressors, hydrogen sulphide gas | B40b.1.b |
| Compressors, turbo/centrifugal/axial flow | B10b.1.b |
| Computer, electronic assemblies & equipment & components | 4A001-4 |
| 4A101,2 | |
| Computer, neural | 4A004b |
| Computer, optical | 4A004c |
| Computer, systolic array | 4A004a |
| Computer interconnect equipment | 4A003g |
| Computer numerical control (CNC), units | 2B001a |
| Computer-aided-design (CAD) software for integrated circuits | 3D003 |
| Computer-aided-design (CAD) software for semiconductors | 3D003 |
| Computers, analogue | 4A001 |
| 4A101 | |
| Computers, digital | 4A001 |
| 4A003 | |
| 4A004 | |
| 4A101 | |
| Computers, having information security characteristics | 4A001b |
| Computers, hybrid | 4A102 |
| Computers, radiation hardened | 4A001a.2 |
| Computers, with extended operating temperature range | 4A001a.1 |
| Condensers | 2B350d |
| Conductive polymers | 1C001 |
| Congo-Crimean haemorrhagic fever virus | 1C351a.2 |
| Connectors, Optical fibre | 5A001e.2 |
| Conotoxin | 1C351d.3 |
| Construction equipment, military | ML17b |
| Contactors | B10b.4.a |
| B40b.2.b | |
| Containers & components, military vehicle mounting | PL5031 |
| Containers, chemical | 2B350e |
| Containment facilities | 2B352a |
| Continuous mixers | 1B115 |
| Continuous-flow systems for biological processing | 2B352b |
| Contrarotating propellers | 8A002o.1.b |
| Control agents, riot | ML7c |
| Control apparatus & devices, explosive | 3A990 |
| Control apparatus/devices for rocket launchers | 9A115a |
| Control equipment, explosive | ML4b |
| PL5006 | |
| 3A990 | |
| Control rods, for nuclear reactors | B50c |
| Control systems for gas turbine development | 9B002 |
| Control systems for wind tunnels | 9B005 |
| Control systems, weapon | ML5a |
| Control units for metallurgical melting & casting furnaces | 2B227 |
| Controllable-pitch propellers | 8A002o.2.a |
| Controlled atmosphere melting & casting furnaces | 2B227 |
| Controlled environment (vacuum or inert gas) induction furnaces | 2B226 |
| Controlled nucleation thermal decomposition (CNTD) equipment | 2B005a.1.b |
| Controllers for high explosive handling robots | 2B207 |
| Controllers, machine tool (CNC) | 2B001a |
| Controllers, robot | 2B007 |
| Converter integrated circuits | 3A001a.5 |
| Converter interfaces for digital video magnetic tape recorders | 3A002a.4 |
| Converters (Frequency changers) | B10b.2.k |
| Converters, frequency | 3A225 |
| Converters, microwave frequency extender | 3A001b.7 |
| Cooling equipment for molten uranium | B10b.6.b |
| Copper metal vapour lasers | 6A005a.2.a |
| Copper or phosphor bronze mesh packings | 1A226 |
| Copper salicylate | ML8 |
| Coprocessor microcircuits | 3A001a.3 |
| Coprocessors or accelerators, graphics | 4A003d |
| Correlation-velocity sonar log equipment | 6A001c |
| Countermeasure & counter-countermeasure equipment, military | ML15f & most |
| other ML entries | |
| Counter-current solvent extractors | B70c |
| Couplers, Optical fibre | 5A001e.2 |
| Coxiella burnetii | 1C351b.1 |
| Critically safe tanks, for nuclear fuel | B70b |
| Cross-flow filtration equipment | 2B352d |
| Crossed-field amplifier tubes | 3A001b.1.b |
| Crucibles, for molten uranium | B10b.6.b |
| Crucibles, liquid actinide resistant | 2A225 |
| Crucibles, made from tantulum | 2A225b,c |
| Cryocoolers for optical sensors | 6A002d.1,2 |
| Cryogenic containers | 9A006b |
| Cryogenic distillation columns | 1B228 |
| Cryogenic distillation towers & cold boxes | B40b.3.a |
| Cryogenic equipment/accessories/components, military | ML20 |
| Cryogenic heat pipes | 9A006a |
| Cryogenic refrigerators | 9A006a |
| Cryptanalytic equipment or devices, digital | 5A002b |
| Cryptography equipment or devices, digital | 5A002a |
| Cryptography equipment or devices, analogue | 5A002c |
| Curium | A20 |
| Custom integrated circuits, industrial | 3A001a.10 |
| Cutting machines, gears | 2B003 |
| Cutting tool inserts, single diamond point | 2B008e |
| Cyanoethylated polyamine & its salts | ML8e.12 |
| ML8e.37 | |
| Cyanoethylated polyamine adducted with glycidol & salt | ML8e.13 |
| Cyanoethylated polyamine adducted with glycidol & its salts | ML8e.38 |
| 2-(5-Cyanotetrazolato) pentaamminecobalt(III)perchlorate (CP) | ML8a.22 |
| Cyclonite (RDX) | ML8a.20 |
| Cyclotetramethylenetetranitramine (HMX) | ML8a.7 |
| Cyclotrimethylenetrinitramine (RDX) | ML8a.20 |
| Cylinder wall lubrication technology | 9E003e.3 |
| DACs (Digital-to-analogue converters) | 3A001a.5 |
| DATB (Diaminotrinitrobenzene) | ML8a.9 |
| DF (Methyl phosphonyl difluoride) | ML7b.1 |
| DINGU (Dinitroglycoluril or DNGU) | ML8a.13 |
| DIPAM (Diaminohexanitrobiphenyl) | ML8a.15 |
| DNGU (Dinitroglycoluril or DINGU) | ML8a.13 |
| Damping, flotation or lubricating fluids | 1C006 |
| Data acquisition equipment for wind tunnels, automatic | 9B005 |
| Data acquisition systems for gas turbine development | 9B002 |
| Data communication protocol analyzers | 5B001b.2 |
| Data communication simulators, radio | 5B001b.3 |
| Data communication testers | 5B001b.2 |
| Databases libraries, parametric technical data | ML17f |
| Datagram packet routing/switching capability, equipment | 5A001c.5 |
| Datagram packet routing/switching equipment | 5A001d |
| Decanters, centrifugal | 2B352c |
| Decarborane & derivatives | ML8a.6 |
| Decontamination biocatalysts, chemical warfare (CW) agent | ML7h.1 |
| Decoying equipment, explosive devices | ML4b |
| PL5006 | |
| 3A990 | |
| Defensive systems against toxicological agents | ML7e |
| Deformable mirrors | 6A004a.1 |
| Degassing equipment | 2B350 |
| Degradation biocatalysts, chemical warfare (CW) agent | ML7h.1 |
| Demolition charges & components | ML4a |
| ML8a-b | |
| PL5006 | |
| 3A990 | |
| Demolition kits & components, military | ML4a |
| Dengue fever virus | 1C351a.3 |
| Depleted uranium | A10 |
| Depth charges & components | ML4a |
| Depth sounders | 6A001a.1 |
| Design integration of guidance sets, software | 7D103 |
| Desublimers for gaseous diffusion or centrifuge cascades | B20b |
| Detection equipment, explosive | ML4b |
| PL5006 | |
| 3A990 | |
| Detection or location systems | 6A001a.1.b |
| Detection/defence systems, directed energy weapon systems | ML23d |
| Detectors, optical | 6A002a |
| Detectors, radiation hardened | 6A102 |
| Detectors, space-qualified solid state | 6A002a.1 |
| Detonation apparatus, explosive | 3A990 |
| Detonation equipment, explosive | ML4b |
| PL5006 | |
| Detonation devices, explosive | ML4a |
| ML8a-c | |
| PL5006 | |
| 3A990 | |
| Detonator firing sets, for multiple detonators of 3A232 | 3A229a |
| Detonator materials & devices containing them, military | ML8 |
| Detonators, electric explosive | ML4a |
| PL5006 | |
| 3A232a | |
| 3A990 | |
| Detonators, exploding bridge (EB) | 3A232a.1 |
| Detonators, exploding bridge wire (EBW) | 3A232a.2 |
| Detonators, exploding foil initiators (EB) | 3A232a.4 |
| Detonators, slapper (electric) | 3A232a.4 |
| Deuterated paraffins | A40 |
| Deuterium | A40 |
| Deuterium & deuterium compounds production plant | B40a |
| Deuterium compounds, mixtures & solutions | A40 |
| Deuterium fluoride (DF) lasers | 6A005a.5.b |
| Deuterium fluoride-carbon dioxide (DF-CO₂;) lasers | 6A005a.5.c.2 |
| Development equipment, military | PL5017 |
| Devices containing military explosives, propellants & related substances | ML8 |
| Diamino dinitrobenzofurozan (CL-14) | ML8a.25 |
| 5,7-Diamino-4,6-dinitrobenzofurazane-1-oxide (CL-14) | ML8a.25 |
| Diaminohexanitrobiphenyl (DIPAM) | ML8a.15 |
| Diaminotrinitrobenzene (DATB) | ML8a.9 |
| Diamond film substrate development/production technology | 3E002d |
| Diamond point cutting tool inserts | 2B008e |
| Diaphragm pumps | 2B350i |
| Diaphragm valves | 2B350g |
| Diaphragms, made from fluorinated compounds | 1A001a |
| Dibromotetrafluoroethane based damping or flotation fluids | 1C006c.1 |
| Dies, bellows-forming | 2B228c |
| Diesel cycle engine, air independent | 8A002j |
| Diethyl ethylphosphonate | 1C350a.6 |
| Diethyl methylphosphonite | 1C350a.7 |
| Diethyl phosphite | 1C350a.9 |
| Diethyl-N, N-dimethylphosphoramidate | 1C350a.8 |
| Diethylaminoethanol | 1C350a.5 |
| Diffusion bonding technology, metal working | 2E003b.1.b |
| Diffusion bonding technology | 2E003b.2.b |
| Diffusion bonding tools, dies, moulds or fixtures | 1B003 |
| Digital computer electronic assemblies for parallel processing | 4A003c |
| Digital computer systems | 4A001 |
| 4A003b,c | |
| 4A004 | |
| Digital computers, array processors | 4A003 |
| Digital computers, electronic assemblies & related equipment | 4A001,3 |
| Digital computers, fault tolerant | 4A003a |
| Digital computers, logic processors | 4A003 |
| Digital computers, ruggedised | 4A101 |
| Digital computers, signal processing | 4A003 |
| Digital computers, vector processors | 4A003 |
| Digital differential analysers, ruggedised | 4A101 |
| Digital electronic engine control software | 9D003a |
| Digital exchanges, telecommunication | 5A001c |
| Digital instrumentation tape data recorders | 3A002a.3 |
| Digital oscilloscopes | 3A202d |
| Digital signal processors | 4A003 |
| Digital switching equipment/system software | 5D001c.1 |
| Digital video magnetic tape recorders | 3A002a.2 |
| Digital-to-analogue converter integrated circuits (DACs) | 3A001a.5 |
| Digitally controlled radio receivers | 5A001b.9 |
| Digitisers, waveform | 3A002a.5 |
| N,N-Diisopropyl-(Beta)-amino ethanol | 1C350a.12 |
| N,N-Diisopropyl-(Beta)-aminoethane thiol | 1C350a.11 |
| N,N-Diisopropyl-(Beta)-aminoethyl chloride | 1C350a.13 |
| N,N-Diisopropyl-(beta)-aminoethyl chloride hydrochloride | 1C350a.14 |
| Diisopropylamine | 1C350a.10 |
| Dimensional inspection equipment/systems, linear | 2B006a |
| 2B006c | |
| Dimensional measuring equipment, instruments/systems | 2B006b,d |
| Dimethyl ethylphosphonate | 1C350a.15 |
| Dimethyl hydrazine, symmetrical/unsymmetrical | ML8a.18 |
| Dimethyl methylphosphonate | 1C350a.16 |
| Dimethyl phosphite | 1C350a.17 |
| Dimethylamine | 1C350a.18 |
| Dimethylamine hydrochloride | 1C350a.19 |
| Dinitroazetidine-t-butyl salt | ML8e.14 |
| Dinitrogen pentoxide | 1C115a.3.c |
| Dinitrogen trioxide | 1C115a.3.a |
| Dinitroglycoluril (DINGU/DNGU) | ML8a.13 |
| Diodes, laser | 6A005b |
| Direct view imaging equipment | 6A002c |
| Direct-acting hydraulic pressing technology for metal working | 2E003b.2.c |
| Directed energy weapons (DEW) systems/technology/test results | ML23 |
| Direction finding systems, passive sensors | 7A115 |
| Direction finding systems/equipment/components | 7A103 |
| Directional solidification casting control software | 9D004e |
| Directional solidification casting equipment | 9B001c |
| Disruption apparatus, explosive | PL5006 |
| 3A990 | |
| Discharging equipment, explosive | ML4b |
| PL5006 | |
| 3A990 | |
| Disruption devices, explosive | PL5006 |
| 3A990 | |
| Dissemination equipment & components for toxicological agents | ML7d |
| Dissolvers, for nuclear fuel | B70b |
| Distillation columns | 2B350e |
| Distillation columns, cryogenic | 1B228 |
| Distillation equipment for the purification of UF6 | B30b.2 |
| Distillation equipment, hydrogen | B40b.3.a |
| Distillation towers, packings | 1A226 |
| Diving apparatus, articles & components | ML17a |
| Doppler laser interferometers (DLIs) | 6A225 |
| Double seal pumps | 2B350i |
| Double seal valves | 2B350g |
| Drag parachutes | ML10h.3 |
| Drogue parachutes | ML10h.3,4 |
| Drogue parachute ejector seats | ML10h.4 |
| Drones | ML10d |
| Dry boxes capable of use with biological agents | 2B352a.3 |
| Dry etching equipment, anisotropic plasma | 3B003 |
| Dummy ammunition, large bore weapons | ML3 |
| Dye lasers | 6A005d |
| 6A205 | |
| Dynamic adaptive routing equipment | 5A001c.4 |
| Dynamic signal analysers | 3A002c.2 |
| Dynamic wavefront (phase) measuring equipment | 6A005g |
| EB-PVD (Electron beam physical vapour deposition) equipment | 2B005c |
| EDM (Electrical discharge machines) | 2B001c.2 |
| EDMs, non wire feed types | 2B001c.3 |
| EEPROMs (Electrical erasable programmable read-only memories) | 3A001a.4 |
| EMCDB (Elastomer modified cast double based propellants) | ML8b.7 |
| EMP/EMI protection technology, avionic systems | 7E102 |
| Eastern equine encephalitis virus | 1C351a.4 |
| Ebola virus | 1C351a.5 |
| Eddy current test equipment for nuclear reactors | B100b |
| Ejector seats | ML10a,b |
| Elastomer modified cast double based propellants (EMCDB) | ML8b.7 |
| Electric detonators, explosive | ML4a |
| PL5006 | |
| 3A232a | |
| 3A990 | |
| Electric propulsion engines | 8A002o.2.b |
| Electrical discharge machines (EDM), CNC | 2B001c.2 |
| Electrical discharge machines, non wire feed CNC | 2B001c.3 |
| Electrical erasable programmable read-only memories (EEPROMs) | 3A001a.4 |
| Electrically driven explosive detonators | 3A232a |
| Electrified riot control vehicles | PL5001f |
| Electro-optic materials | 6C004 |
| Electro-optical integrated circuits | 3A001a.6 |
| Electrochemical reduction cells | B10b.4.b |
| Electrolysis cells, lithium amalgam | B90c |
| Electrolytic cells, fluorine production | 1B225 |
| Electromagnetic amplifiers, superconductive devices/circuits | 3A001d.1 |
| Electromagnetic energy storage, superconductive devices | 3A001e.3,4 |
| Electromagnetic interference (EMI) protection technology, avionics | 7E102 |
| Electromagnetic isotope separators | B10a.9 |
| 1B226 | |
| Electromagnetic pulse (EMP) protection technology, avionics | 7E102 |
| Electromagnetic radiation sensors, optical fibre | 6A002d.3.a |
| Electromagnetic signature/reflectivity reduction material & devices | 1C101 |
| Electromagnetic under water communications systems | 5A001b.11.b |
| Electromagnets, superconductive | ML20 |
| 3A001e.3 | |
| 3A201b | |
| Electron beam cutting machines (CNC) | 2B001c.4.a.2 |
| Electron beam equipment for mask making/semiconductor devices | 3B006 |
| Electron beam guns | B10b.6.a |
| Electron beam melting furnaces | 2B227b |
| Electron beam physical vapour deposition (EB-PVD) equipment | 2B005c |
| Electron beam sensitive resist materials | 3C002b |
| Electron beam systems, for probing semiconductor devices | 3B008d |
| Electron bombardment mass spectrometers | 3A233d |
| Electron cyclotron resonance (ECR) CVD equipment | 3B004a.2 |
| Electron cyclotron resonance (ECR) plasma dry etching equipment | 3B003a.2 |
| Electronic cameras | 6A003a.5 |
| Electronic components | ML11 |
| 3A001 | |
| Electronic computers & related equipment | 4A001-4 |
| 4A101 | |
| 4A102 | |
| Electronic controls, for nuclear reactors | B50d |
| Electronic devices, switching | ML11 |
| 3A228 | |
| Electronic equipment for reentry vehicles | 9A116c |
| Electronic equipment, military | ML11 |
| Electronic framing cameras | 6A203b.2 |
| Electronic streak cameras & streak tubes | 6A003a.3 |
| 6A203b.1 | |
| Electronic vacuum tubes, microwave/millimetre wave devices | 3A001b.1 |
| Electronic valves, vacuum | ML11 |
| 3A001b.1 | |
| 3A228 | |
| Electronically steerable antennae, phased array | 5A001f |
| Emulators, microcircuits | 3A002h |
| Encoders, rotary input shaft type | 3A001f |
| Encrypted GPS (Global positioning system) equipment/components | 7A005a |
| Encryption software | 5D002 |
| Encryption equipment/assemblies/components | 5A002 |
| End effectors, robot | ML17e |
| 2B007 | |
| 2B207 | |
| End-use controls (related to Weapons of mass destruction) | Part II |
| Energetic monomers, plasticisers & polymers | ML8e.15 |
| Energy storage capacitors (high capacity) | 3A001e.2 |
| Energy storage, superconductive devices | 3A001e.3,4 |
| Engines & related equipment/components, military vehicles | ML6i |
| Enriched uranium | A20 |
| Enrichment plant | B10 |
| Environmental chambers, capable of simulating flight conditions | 9B106a |
| Environmental test facilities, military | ML18b |
| Epitaxial growth equipment | 3B001 |
| Epitaxial wafers | 6C002b |
| Equipment for development/use of military equipment | PL5017 |
| Erbium oxide (erbia) (Er2O3) made/coated crucibles | 2A225a.4 |
| Ethers (alkylphenylene) in the form of a lubricating fluid | 1C006b.1 |
| Ethyl phosphinyl dichloride | 1C350a.20 |
| Ethyl phosphinyl difluoride | 1C350a.21 |
| Ethyl phosphonyl dichloride | 1C350a.22 |
| Ethyl phosphonyl difluoride | 1C350a.23 |
| o-Ethyl-2-diisopropylaminoethyl methylphosphonite (QL) | ML7b.2 |
| Evaporators for concentrated lithium hydroxide solution | B90d |
| Exchanges, telecommunication | 5A001c |
| Excimer lasers | 6A005a.1 |
| Expander cycle turbine drive systems | 9A006d |
| Expert systems integration software development technology | 2E003a.3 |
| Expert systems software | 4D003b |
| Expert systems, numerical control technology | 2E003a |
| Exploding bridge (EB) detonators | 3A232a.1 |
| Exploding bridge wire (EBW) detonators | 3A232a.2 |
| Exploding foil initiators (EFI) | 3A232a.4 |
| Explosive charge activation equipment | ML4b |
| Explosive charge control equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive charge decoying equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive charge detection equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive charge disruption equipment | PL5006 |
| 3A990 | |
| Explosive charge handling equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive charge jamming equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive charge laying equipment | ML4b |
| Explosive detection equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Explosive detonators, military | ML4a |
| ML8a,b | |
| PL5006 | |
| Explosive detonators, industrial electric | 3A232a |
| 3A990 | |
| Explosive devices | ML4a |
| ML8a,b | |
| PL5006 | |
| 3A990 | |
| Explosive device management apparatus/devices | 3A990 |
| Explosive, material | ML8a,b |
| 1C239 | |
| 1C991 | |
| Explosives/propellants/pyrotechnics | ML8b.6 |
| Explosives/munitions environment handling robots | 2B007b |
| Expression vectors, biocatalyst production systems | ML7h.2 |
| External amplifiers, for oscilloscopes | 3A202 |
| FADEC (Full authority digital electronic engine control) software | 9D003 |
| FEFO (Bis (2-fluoro-2,2-dinitroethyl) formal) | ML8e.4 |
| FPF-1 (Poly-2,2,3,3,4,4-hexafluoropentane-l,5-diol formal) | ML8e.16 |
| FPF-3 (Poly-2,4,4,5,5,6,6-heptafluoro-2-trifluoromethyl-3-oxaheptane-1,7-diol formal) | ML8e.17 |
| Fabric lined journal sliding bearings | 2A006 |
| Fast Fourier Transform (FFT) processors | 3A001a.12 |
| 6A001c | |
| Fast select packet routing/switching, equipment | 5A001c.6 |
| Fast switching modules | 3A228c |
| Fault tolerance FADEC software | 9D003b |
| Fault tolerant digital computers | 4A003a |
| Fe2O3 (Hematite), superfine | ML8e.24 |
| Feeding stuff, derived from bovine offal | Part I Group 1 (2) |
| Fermenters, biological processing | 2B352b |
| Fibre optic cable | 5A001e.1 |
| Fibre optic components | 5A001e.2 |
| Fibre optic hull penetrators/connectors | 8A002c |
| Fibre optic image inverters | 6A002a.2.b.1 |
| Fibre optic magnetometers | 6A006e |
| Fibre optic wave division multiplex equipment | 5A001b.4 |
| Fibre surface treatment equipment | 1B101e |
| Fibrous or filamentary material production | 1B001 |
| 1B101 | |
| Fibrous or filamentary materials | 1C010a-d |
| 1C210a,b | |
| Field engineer equipment | ML17d |
| Field programmable gate arrays (FPGA) | 3A001a.7 |
| Field programmable logic arrays (FPLA) | 3A001a.8 |
| Filament winding machine software | 1D001 |
| 1D101 | |
| 1D201 | |
| Filament winding machines | 1B001a |
| 1B101a | |
| 1B201 | |
| Filamentary materials | 1C010b |
| Filament-wound composite motor cases | 9A008a |
| Filling equipment, remotely controlled | 2B350f |
| Film processing equipment, military | ML15b |
| Film type integrated circuits | ML11 |
| 3A001a | |
| Filters, optical opacity switch | 6A004d.3 |
| Filters, tunable band-pass | 3A001b.5 |
| Fingers, for surface effect vessels | 8A002k |
| Finishing machines, gear | 2B003 |
| Fire bombs & components | ML4a |
| Fire control (military) equipment & related systems | ML5 |
| Firearms | ML1 |
| PL5018 | |
| Firing or burn-out equipment, ceramic core | 9B001h |
| Firing sets | ML4b |
| PL5006 | |
| 3A229a | |
| 3A990 | |
| Fissile materials | A20 |
| Fittings, designed for reduced reflectivity | ML17c |
| Fixtures for gas turbine blade drilling processes | 9B001b |
| Flak suits & jackets | ML13d |
| Flame throwers, military | ML2a |
| Flame towers, UF₆ production | B30b.1 |
| Flash discharge X-ray generators | 3A201c |
| Flash discharge X-ray systems | 3A001e.5 |
| Flash suppressors | ML1d |
| Flexible isolators capable of use with biological agents | 2B352a.3 |
| Flexible manufacturing unit software | 2D002a.1 |
| Flexible nozzles, thrust vector control sub-system | 9A106b |
| Flexible nozzles, solid rocket motor | 9A108c |
| Flexible rotor centrifugal balancing machines | 2B229a |
| Flexible sensors for hydrophones | 6A001a.2.a.1 |
| Flight control system technology | 7E004b |
| Flight control systems | 7A116 |
| Flight instrument systems, integrated | 7A103 |
| Flight management system integration technology | 7E104 |
| Flight simulators | ML14 |
| 9A993 | |
| Flightweight dewars | 9A006a |
| Flow forming/Spin forming equipment, software | 2D101 |
| 2B201 | |
| Flow-forming machines | 2B115 |
| 2B215 | |
| Fluid bed reactors, UF₆ production | B30b.1 |
| Fluid or secondary gas injection thrust systems | 9A108c |
| Fluoride fibres & cable | 6A004f |
| Fluorinated compounds | 1C009 |
| Fluorinated compounds, components | 1A001 |
| Fluorinated hydrocarbon polymers | A70 |
| Fluorinated phosphazene elastomers | 1C009c |
| Fluorinated polyimides | 1C009b |
| Fluorinated silicone fluid | 1C006b.2 |
| Fluorinating equipment, UF₅ to UF₆ | B10b.7.c |
| Fluorination & hydrofluorination fluid bed, UF₆ production | B30b.1 |
| Fluorination&hydrofluorination screw, UF₆ production | B30b.1 |
| Fluorine production, electrolysis cells | 1B225 |
| Fluoroelastomer compounds, technology | 1E002b |
| Fluorophosphate glass | 6C004f |
| Fluxgate magnetometer technology | 6E003c |
| Fly cutting machines | 2B002b |
| Fly-by-wire control system technology | 7E004b |
| Fly-by-wire systems | 7A116 |
| Foam mirror structures, lightweight | 6A004a.3 |
| Foam, syntactic for underwater use | 8C001 |
| Focal plane arrays | 6A002a.3 |
| 6A002c.2 | |
| Foil bearings, gas-lubricated | 2A004 |
| Foot & mouth disease virus | 1C352a.4 |
| Forgings, military | ML16 |
| PL5020 | |
| Framing cameras, electronic type | 6A003a.4 |
| 6A203b.2 | |
| Framing cameras, mechanical | 6A203a.1 |
| Framing tubes & solid state imaging devices | 6A203b.3 |
| Francisella tularensis | 1C351c.7 |
| Free electron laser magnet wigglers | 6B005a.1 |
| Free electron laser photo injectors | 6B005a.2 |
| Free electron lasers | 6A005e |
| Freeze drying equipment, steam sterilisable | 2B352e |
| Frequency agile (frequency hopping) radio equipment | 5A001b.8 |
| Frequency agile systems | 5A002e |
| Frequency agile tubes | 3A001b.1 |
| Frequency analysers (signal analysers) | 3A002c.1 |
| Frequency changers | B10b.2.k |
| 3A225 | |
| Frequency converters | 3A225 |
| Frequency extenders, mixers/converters | 3A001b.7 |
| Frequency inverters | 3A225 |
| Frequency standards, atomic | 3A002g |
| Frequency synthesised signal generators | 3A002d |
| Frequency synthesiser, electronic assemblies | 3A002b |
| Fuel cell air independent power systems | 8A002j |
| Fuel element chopping or shredding machines | B70a |
| Fuel element fabrication plant, for nuclear reactors | B60 |
| Fuel element handling equipment, for nuclear reactors | B50b |
| Fuels, metal | ML8a.1-3 |
| 1C115a.1,2 | |
| Full authority digital electronic engine control (FADEC) software | 9D003 |
| Functional testing equipment, for integrated circuits | 3B008b |
| Fungi, plant pathogens | 1C354b |
| Furnaces, Chemical Vapour Deposition (CVD) | 2B104b |
| Furnaces, arc remelt | 2B227a |
| Furnaces, casting | 2B227a |
| Furnaces, electron beam | 2B227b |
| Furnaces, induction | 2B226 |
| Furnaces, plasma atomisation | 2B227b |
| Fused silica, low optical absorption types | 6C004f |
| GAP (Glycidylazide Polymer) | ML8e.18 |
| GDMS (Glow discharge mass spectrometers) | 3A233b |
| GPS (Global positioning system) equipment/components | 7A005 |
| 7A105 | |
| GaAs photocathodes | 6A002a.2.b.3 |
| GaAs semiconductor integrated circuits, industrial | 3A001a.11 |
| GaInAs photocathodes | 6A002a.2.b.3 |
| Gallium III/V compound substrates, hetero-epitaxial grown multi-layer | 3C001c |
| Gallium metal-organic compounds | 3C003 |
| Gangchains | PL5001c |
| Gas centrifuge isotope separation equipment & components | B10b.1 |
| Gas centrifuge isotope separation plant | B10a.2 |
| Gas centrifuge plant auxiliary equipment | B20 |
| Gas centrifuge rotor assembly equipment | 2B228a |
| Gas centrifuge rotor balancing equipment | 2B229 |
| Gas centrifuges | B10b.2.a |
| Gas discharge & ion lasers | 6A005a.6 |
| Gas generator turbine drive system | 9A006d |
| Gas lasers | 6A005a |
| Gas monitoring systems, toxic | 2B351 |
| Gas projectors/generators | ML2b |
| Gas turbine aeroengine assemblies/components | ML10c |
| Gas turbine aeroengines | ML10c |
| 9A001 | |
| Gas turbine blade, manufacturing or measuring equipment | 9B001 |
| Gas turbine brush seal production/test equipment | 9B003 |
| Gas turbine components, solid state joining equipment | 9B004 |
| Gas turbine development control systems or instrumentation | 9B002 |
| Gas turbine engine development systems/instrumentation | 9B002 |
| Gas turbine engine, assemblies/components | 9A003 |
| Gas turbine engines, marine | 9A002 |
| Gas turbine engines, aero | ML10c |
| Gas turbine test/flow modelling software | 9D004b |
| Gas, tear | ML7c |
| Gas-lubricated foil bearings | 2A004 |
| Gaseous diffusion barriers & housings | B10b.1.c |
| Gaseous diffusion isotope separation plant | B10a.1 |
| Gaseous diffusion isotope separation equipment & components | B10b.1 |
| Gaseous diffusion plant auxiliary equipment | B20 |
| Gaskets | 1A001a |
| Gate arrays,field programmable (FPGA) | 3A001a.7 |
| Gate silicon intensifier target (SIT) videcon tubes | 6A203b.3.b |
| Gateways & bridges | 5A001b.3.b,c |
| Gear cutting machines | 2B003 |
| Gear finishing machines | 2B003 |
| Gear grinding machines | 2B003 |
| Gear honing machines | 2B003 |
| Generator systems, neutron | 3A231 |
| Generators, high-current pulse for detonators | 3A229 |
| Generators, high-speed pulse | 3A230 |
| Generators, pyrotechnic | ML2b |
| Genetically-modified microorganisms | 1C353 |
| Geophones, terrestrial | 6A001b |
| Germanium, hetero-epitaxial grown multi-layer substrates | 3C001b |
| Gimbals, optical control | 6A004e.3 |
| Glass fibre or filamentary materials | 1C210b |
| Glass fibre, for optical communications | 5A001e.1 |
| Glass preforms, for optical fibre production | 5C001 |
| Glass windows, Radiation shielding | 1A227 |
| Glass, high homogeneity with low hydroxyl ion or metal concentrations | 6C004f |
| Global positioning system (GPS) equipment & components | 7A005 |
| Glove boxes capable of use with biological agents | 2B352a.3 |
| Glow discharge mass spectrometers (GDMS) | 3A233b |
| Glycidylazide Polymer (GAP) & its derivatives | ML8e.18 |
| Goat pox virus | 1C352a.5 |
| Gold (Au) metal vapour lasers | 6A005a.2.b |
| Goods with use related to Weapons of mass destruction | Part II |
| Gradiometers | 6A006 |
| Gradiometers, gravity | 6A007c |
| Gradiometers, magnetic | 6A006d |
| Graphics accelerators or graphics coprocessors | 4A003d |
| Graphite heat exchangers | 2B350d |
| Graphite, bulk | 1C107a |
| Graphite, fine grain recrystallised high density | 1C107a |
| Graphite, nuclear-grade | A50 |
| Gravity gradiometer software | 6D003c |
| Gravity gradiometers | 6A007c |
| 6A107 | |
| Gravity meter production equipment | 6B007 |
| Gravity meters (gravimeters) | 6A007 |
| 6A107 | |
| Gravity meters (gravimeters) software | 6D003c |
| Grenades & components | ML4a |
| PL5030 | |
| Grinding machines (CNC) | 2B001c.1 |
| Grinding machines, gear | 2B003 |
| Ground support launch vehicles | 9A115b |
| Guanidine nitrate | ML8e.19 |
| Guidance sets | 7A117 |
| Guidance set, production facilities | 7B103 |
| Gun laying equipment | ML5a |
| Gun propellants | ML8a,b |
| Gun-carriers & related equipment/components | ML6f |
| Gun-mountings | ML1d |
| Guns & components | ML1 |
| Guns, large calibre | ML2a |
| Gyro dynamic balance stations | 7B003b |
| Gyro evacuation/fill stations | 7B003d |
| Gyro run-in/motor test stations | 7B003c |
| Gyro tuning test stations | 7B003a |
| Gyro-astro compasses & devices | 7A004 |
| 7A104 | |
| Gyros & gyro components | 7A002 |
| 7A102 | |
| Gyroscope production/manufacturing/test equipment | 7B003 |
| HAN (Hydroxylammonium nitrate) | ML8a.21 |
| HAP (Hydroxylammonium perchlorate) | ML8a.21 |
| HBIW (Hexabenzylhexaazaisowurtzitane) | ML8e.20 |
| HIPS (Hot isostatic presses) | 2B004 |
| 2B104a | |
| 2B204 | |
| HMX (Cyclotetramethylenetetranitramine) | ML8a.7 |
| HNIW (Hexanitrohexaazaisowurtzitane or CL-20) | ML8a.30 |
| HNS (Hexanitrostilbene) | ML8a.8 |
| HTPB (Hydroxy-terminated polybutadiene) propellant additive | 1C115b.2 |
| HTPB (Hydroxyl terminated polybutadiene) | ML8e.22 |
| Hafnium fluoride (HfF₄) glass | 6C004f |
| Hafnium metal, alloys & compounds | 1C231 |
| Hafnium oxide (hafnia) (HfO₂) made/coated crucibles | 2A225a.5 |
| Hair type absorbers | 1C001a |
| Half-tracks & related equipment/components | ML6d |
| Handling apparatus/devices, explosives & explosive devices | ML4b |
| PL5006 | |
| 3A990 | |
| Handling apparatus/devices, rocket launchers | 9A115a |
| Handling systems, semiconductor wafers | 3B005 |
| Hantaan virus | 1C351a.6 |
| Heading sensors, towed hydrophones | 6A001a.2.b.4 |
| Heat exchangers | B10b.1.e |
| B10b.3.e | |
| B50i | |
| 2B350d | |
| Heat shields/components, reentry vehicle | 9A116a |
| Heat sinks/components, reentry vehicle | 9A116b |
| Heat source materials | A30 |
| Heavy artillery transporters | ML6i |
| Heavy duty recovery vehicles, military | ML6e |
| Heavy duty recovery vehicles | Part I Group 3 (1.b) |
| Heavy water | A40 |
| Heavy water production plant, equipment & components | B40a,b |
| Helicopter components & systems | 9A990 |
| Helicopter power transfer system technology | 9E003d |
| Helicopter system development technology | 7E004c |
| Helicopters & engines/equipment/components, civil | 9A990 |
| Helicopters, light-weight civil | 9A991 |
| Helicopters, military | ML10a,b |
| Helium refrigeration units | 1B231 |
| Helium, enriched | 1C232 |
| Helmets, explosion protection | PL5006 |
| Helmets, military | ML10g |
| ML13c | |
| Helminthosporium oryzae (Cochliobolus miyabeanus) | 1C354b.2 |
| Hematite (Fe₂O₃), superfine | ML8e.24 |
| Hemishell dimensional inspection equipment/systems | 2B006c |
| Hetero-epitaxial grown multi-layer substrates | 3C001 |
| Hetero-structure semiconductor technology | 3E002b |
| Hexabenzylhexaazaisowurtzitane (HBIW) | ML8e.20 |
| Hexahydro-l,3,5-trinitro-l,3,5-triazine | ML8a.20 |
| Hexanitrohexaazaisowurtzitane (CL-20 or HNIW) | ML8a.30 |
| Hexanitrostibene | ML8e.21 |
| Hexanitrostilbene (HNS) | ML8a.8 |
| Hexogen | ML8a.20 |
| Hexogene | ML8a.20 |
| High birefringence optical fibre | 6A002d.3.b |
| High energy storage capacitors | 3A001e.2 |
| 3A201a | |
| High power electron beam guns | B10b.6.a |
| High pressure nozzles | 9A006d |
| High pressure thrust chambers | 9A006e |
| High pressure turbo pumps, pump components | 9A006d |
| High-speed cameras | 6A003 |
| 6A230 | |
| High-speed pulse generators | 3A230 |
| High-velocity gun systems | 2B232 |
| Holding or storage vessels, critically safe | B70e |
| Hollow cylinder centrifugal balancing machines | 2B229b |
| Honing machines, gear | 2B003 |
| Hopping code generation capability, equipment with | ML11 |
| 5A002e | |
| Hot cell manipulators | 2B225 |
| Hot isostatic densification technology | 2E003b.2.d |
| Hot isostatic press, software | 2D201 |
| Hot isostatic presses (HIPS) | 2B004 |
| 2B104a | |
| 2B204 | |
| Hovercraft | 8A001 |
| Howitzers | ML2a |
| Hull penetrators/connectors, fibre optic | 8A002c |
| Human pathogens | 1C351a,b,c |
| Hybrid computer, electronic | 4A001a |
| 4A002a | |
| 4A002b | |
| 4A004 | |
| 4A102 | |
| Hybrid integrated circuits, industrial | 3A001a |
| Hybrid integrated circuits, military | ML11 |
| Hybrid rocket motors | 9A009 |
| 9A109 | |
| Hybrid rocket propulsion systems | 9A009 |
| 9A119 | |
| Hydraulic fluids, pressure transmission | 1C006a |
| Hydraulic pressing technology (metal working) | 2E003b |
| Hydraulic stretch-forming machines technology | 2E003c |
| Hydrazine in concentrations of 70% or more | ML8a.18 |
| Hydrazine nitrate | ML8a.18 |
| Hydrazine perchlorates | ML8a.18 |
| Hydrides of Antimony, Antimony & Indium | 3C004 |
| Hydrocarbon oils, synthetic | 1C006 |
| Hydrocarbon fuels thickeners (including M1, M2, M3) | ML8d |
| Hydroclave regulation technology | 1E103 |
| Hydrofoil vessels | 8A001h |
| Hydrofoils | 8A002m |
| Hydrogen distillation plant | B40a.3 |
| Hydrogen fluoride | 1C350a.24 |
| Hydrogen fluoride (HF) lasers | 6A005a.5.a |
| Hydrogen isotope storage & purification systems | 1B231 |
| Hydrogen peroxide | ML8e.23 |
| Hydrogen recovery, extraction & concentration facilities | 1B231 |
| Hydrogen refrigeration units | 1B231 |
| Hydrogen sulphide-water exchange plant/equipment | B40a.1 |
| B40b.1.b | |
| 1B229 | |
| Hydrophone arrays, towed acoustic | 6A001a.2.b |
| Hydrophones | 6A001a.2.a |
| 3-Hydroxy-1-methylpiperidine | 1C350a.25 |
| Hydroxy-terminated polybutadiene (HTPB) | 1C115b.2 |
| Hydroxyl terminated polybutadiene (HTPB) | ML8e.22 |
| Hydroxylammonium nitrate (HAN) | ML8a.21 |
| Hydroxylammonium perchlorate (HAP) | ML8a.21 |
| ICP/MS (Inductively coupled plasma mass spectrometers) | 3A233a |
| III/V compound substrates, gallium or indium | 3C001c |
| IRFNA (Inhibited red fuming nitric acid) | ML8d |
| IPDI (Isophorone diisocyanate) | 1C115c.1 |
| ISDN development/production technology | 5E001b.8 |
| ISDN (Integrated Services Digital Network) equipment | 5A001c.2 |
| Identification systems, directed energy weapon systems | ML23d |
| Image enhancement, digital | 4A003 |
| Image intensifier equipment, military | ML15c |
| Image intensifier tubes, military | ML15c,d |
| Image intensifier tubes & components | 6A002a.2 |
| Image intensifier tubes, direct view | 6A002c.1 |
| Image processing equipment, military | ML15a |
| Imaging cameras | ML15b |
| 6A003b | |
| 6A203c | |
| Imaging devices | ML15b-e |
| 6A203b.3 | |
| Imaging equipment, visible & infrared | ML15d |
| 6A002c | |
| Imaging radar sensor equipment | ML15e |
| Imaging sensors, multispectral remote sensing | 6A002b |
| Imaging systems, underwater electronic | 8A002f |
| Impregnated cathodes for electronic microwave tubes | 3A001b.1.c |
| Improvised explosive devices | PL5030 |
| Improvised explosive device management equipment | PL5006 |
| Incendiary bombs & components | ML4a |
| Incendiary munitions | ML3 |
| Incinerators | 2B350j |
| Indium III/V compounds substrates | 3C001c |
| Indium metal-organic compounds | 3C003 |
| Induction coil magnetometers | 6A006b |
| Induction furnace, inert gas environment | 2B226 |
| Induction furnace, vacuum | 2B226 |
| Inductively coupled plasma mass spectrometers (ICP/MS) | 3A233a |
| Inert gas environment induction furnaces | 2B226 |
| Inertial equipment/components for attitude/guidance/control | 7A003 |
| Inertial navigation equipment/components | 7A003 |
| Inertial navigation system software, source code | 7D002 |
| Inertial navigation systems integration software | 7D102 |
| Inertial navigation, systems/equipment/components | 7A103 |
| Inertial sensors, optical fibre | 6A002d.3.a |
| Inflatable craft | 8A990d |
| Information security software | 5D002 |
| Information security systems/equipment/devices | 5A002 |
| Information security technology | 5E002 |
| Information security technology support software | 5D002b |
| Infrared absorption analysers | B40b.4.d |
| Infrared cameras, industrial | 6A003b |
| Infrared cameras, military | ML15 |
| Infrared detectors | ML15 |
| 6A002a.1 | |
| 6A002a.3,4 | |
| Infrared (thermal) imaging equipment | ML15d |
| Infrared sensors | ML15d |
| 6A002a,b | |
| Inhibited red fuming nitric acid (IRFNA) | ML8d |
| Initiation systems, single or multipoint (electric) | 3A232b |
| Initiators, explosive detonators (electric) | 3A232a |
| Injectors for use with liquid propelling charges | ML2a |
| Inorganic fibres & filamentary materials | 1C010c |
| 1C210b | |
| Inorganic overlay coating application technology | 2E003d |
| Inspection devices, explosive | 3A990 |
| Inspection equipment, rocket motor | 9B007 |
| Instrumentation cameras | 6A003a |
| 6A203 | |
| Instrumentation for gas turbine development | 9B002 |
| Instrumentation for wind tunnels | 9B005 |
| Instrumentation systems, inertial navigation | 7A003 |
| Insulation bonding systems, rocket | 9A008a |
| Insulation bonding/liner system components, rocket motor | 9A008a |
| Insulation, rocket motor case | 9A108a |
| Integrated Services Digital Network (ISDN) equipment | 5A001c.2 |
| Integrated Services Digital Network development or production technology | |
| 5E001b.8 | |
| Integrated circuit computer-aided-design (CAD) software | 3D003 |
| Integrated circuit test equipment | 3B008b,c |
| Integrated circuit, masks | 3B007a |
| Integrated circuit, reticles | 3B007b |
| Integrated circuits | ML11 |
| 3A001a | |
| 3A001b.2 | |
| Integrated flight instrument systems/components | 7A103 |
| Integrated system source code, avionic/mission systems | 7D003c |
| Integration software development technology, expert systems | 2E003a.3 |
| Integration technology for flight management systems | 7E104 |
| Interconnect equipment (Computer) | 4A003g |
| Interferometers, velocity (VISARs) | 6A225 |
| Interior linings, rocket motor case | 9A108a |
| Interlacing machines | 1B001c |
| 1B101c | |
| Intermediate amplifier equipment | 5A001b.1 |
| Interstages for rockets | 9A117 |
| Intrinsic magnetic gradiometers | 6A006f |
| Inverse synthetic aperture radar (ISAR) | 6A008d |
| Inverters (Frequency changers) | B10b.2.k |
| Inverters, frequency | 3A225 |
| Ion beam equipment for mask making/semiconductor devices | 3B006 |
| Ion beam sensitive resist materials | 3C002b |
| Ion implantation equipment | 3B002 |
| Ion implantation production equipment | 2B005b |
| Ion plating production equipment | 2B005g |
| Ion sources, electron bombardment mass spectrometers | 3A233d |
| Ion sources, glow discharge mass spectrometers (GDMS) | 3A233b |
| Ion sources, ICP/MS mass spectrometers | 3A233a |
| Ion sources, mass spectrometers (UF₆ enrichment plant) | B20g |
| Ion sources, molecular beam mass spectrometers | 3A233e |
| Ion sources, thermal ionization mass spectrometers (TIMS) | 3A233c |
| Ion-exchange isotope separation plant | B10a.5 |
| Ion-exchange processing | B70c |
| Ion-exchange resins | B10b.5 |
| Ion-exchange separation process equipment & components | B10b.5 |
| Iron metal/alloy powder (fuel) | ML8a.2.c |
| Iron oxide | ML8e.24 |
| Iron powder | ML8a.2.c |
| Isolated live cultures | 1C351a,b,c |
| 1C352 | |
| 1C354 | |
| Isolators capable of use with biological agents | 2B352a.3 |
| Isophorone diisocyanate (IPDI) | 1C115c.1 |
| Isostatic press, use software | 2D201 |
| Isostatic presses, hot | 2B004 |
| 2B104a | |
| 2B204 | |
| Isotope separation plant | B10 |
| Isotope separators | B90 |
| 1B226 | |
| Jamming apparatus & devices, explosive device | 3A990 |
| Jamming equipment, explosive device | ML4b |
| PL5006 | |
| 3A990 | |
| Japanese encephalitis virus | 1C351a.20 |
| Jet engine combustion regulation devices | 9A118 |
| Jet engines/components, pulse | 9A111 |
| Jet probes | 9A106b |
| 9A108c | |
| Jet vanes | 9A106b |
| 9A108c | |
| Josephson effect devices | 6A006h |
| Joule-Thomson self-regulating minicoolers | 6A002d.2.b |
| Journal sliding bearings, fabric lined | 2A006 |
| Junin virus | 1C351a.7 |
| K-55 (Tetranitrosemiglycouril) | ML8a.27 |
| K-6 (2,4,6-Trinitro-2,4,6-triazacyclohexanoneor or Keto-RDX) | ML8a.26 |
| KR3512 (Titanium IV, ((2-propenolato-1)methyl, N-propanolato-methyl)butanolato-1 | ML8e.30.c |
| KR3538 (Titanium IV, ((2-propenolato-1)methyl, N-propanolato-methyl)butanolato-1 | ML8e.30.b |
| Kerr or Pockel cells, electro-optical shuttering | 6A203b.3.c |
| Keto-RDX (2,4,6-Trinitro-2,4,6-triazacyclohexanone or K-6) | ML8a.26 |
| Keto-bicyclic HMX | ML8a.27 |
| Kinetic energy weapon systems & related equipment | ML26a |
| Krypton ion lasers | 6A005a.6 |
| Krytron tubes, gas | 3A228a |
| LICA 12 (Neopentyl (diallyl) oxy, tri (dioctyl) phosphatotitanate,-titanium IV, 2,2(bis 2-propenolato methyl, butanolate tris(dioctyl) phosphato-O) | ML8e.30.a |
| LVDT (Linear voltage displacement transformer) based instruments | 2B006b.1.b.1 |
| Laminates & composite structures | 1A002 |
| 1A202 | |
| 9A110 | |
| Land-based gravity meters production equipment | 6B007 |
| Large calibre weapons | ML2a |
| Laser altimeters | 7A106 |
| Laser based linear position feedback units | 2B008b |
| Laser based measuring instruments | 2B006b.1.c |
| Laser beam cutting machines (CNC) | 2B001c.4.a.3 |
| Laser beam equipment for mask making/semiconductor devices | 3B006 |
| 3B006 | |
| Laser beam systems, for probing semiconductor devices | 3B008d |
| Laser communication technique developmen/use technology | 5E001b.2 |
| Laser diagnostic equipment | 6A005g |
| Laser diodes | 6A005b |
| Laser gyro mirror characterisation equipment, reflectometers | 7B102 |
| Laser isotopic separation plant | B10a.6 |
| B10a.7 | |
| Laser radar or Light Detection & Ranging (LIDAR) equipment | 6A008j |
| Laser radar systems | 6A108 |
| Laser ring gyro test equipment | 7B002 |
| Laser ring gyros & gyro components | 7A002 |
| Laser weapon systems | ML23a |
| Lasers | ML23a |
| 6A005 | |
| 6A205 | |
| Lassa fever virus | 1C351a.8 |
| Lathes (CNC) | 2B001c.1 |
| Launch & launch support equipment | 9A115 |
| Launch apparatus or devices, missile | 9A115a |
| Launch ground support vehicles | 9A115b |
| Launch vehicle composite components/structures | 9A010 |
| Launch vehicles | 9A004 |
| 9A115b | |
| Launchers, projectile | ML2a |
| ML4b | |
| PL5006 | |
| Launching equipment | ML2a |
| ML4b | |
| PL5006 | |
| Laying equipment, explosive | ML4b |
| PL5006 | |
| Leaching equipment, ceramic core | 9B001f |
| Lead beta-resorcylate | ML8e.25 |
| Lead citrate | ML8e.26 |
| Lead maleate | ML8e.26 |
| Lead salicylate | ML8e.2 |
| Lead stannate | ML8e.26 |
| Lead-copper chelates | ML8e.27 |
| Leg-irons | PL5001c |
| Libraries, of military parametric technical databases | ML17f |
| Lidar equipment | 6A008j |
| Lift fans, for surface effect vessels | 8A0021 |
| Light gas guns | ML26a |
| 2B232 | |
| Light systems, underwater | 8A002d.2 |
| 8A002g | |
| Light-weight reduction gearing, marine transmissions | 8A002o.1.d |
| Lightweight composite or foam mirror structures | 6A004a.3 |
| Lightweight monolithic mirrors | 6A004a.2 |
| Lightweight turbofan/turbojet engines | 9A101 |
| Line terminating equipment | 5A001b.1 |
| Linear focal plane arrays | 6A002a.3 |
| Linear measuring equipment/instruments | 2B006b.1 |
| Linear measuring instruments | 2B006b.2 |
| Linear position feedback units or sensors | 2B008b |
| Linear-angular inspection equipment for hemishells | 2B006c |
| Linear voltage displacement transformer (LVDT) based instruments | 2B006b.1.b.1 |
| Liquid fuels, military high energy | ML8a,b,d |
| Liquid lasers | 6A005d |
| Liquid or water jet cutting machines (CNC) | 2B001c.4.a.1 |
| Liquid oxidisers | ML8d |
| 1C115a.3 | |
| Liquid propellant control systems | 9A106b |
| Liquid propellant rocket engines | 9A005 |
| 9A105 | |
| Liquid rocket fuels | ML8a,b,d |
| Liquid rocket propulsion systems & components | 9A005 |
| 9A006 | |
| 9A105 | |
| 9A106 | |
| 9A119 | |
| Liquid-liquid exchange columns, for lithium amalgams | B90a |
| Lithium amalgam processing equipment | B90 |
| Lithium isotope separation equipment | B90 |
| Lithium metal, hydrides or alloys | 1C233 |
| Lithography equipment, mask making for semiconductor wafer processing | 3B006 |
| Live bovine animals | Part I Group 1 (1) |
| Live sheep | Part I Group 1 (1) |
| Live swine | Part I Group 1 (1) |
| Local area network interfaces | 4A003f |
| Location & object detection systems, acoustic | 6A001a.1.b |
| Location apparatus & devices, explosive | 3A990 |
| Logic arrays, field programmable (FPLA) | 3A001a.8 |
| Logic processors/assemblies | 4A003 |
| Lubricating materials | 1C006b |
| Lymphocytic choriomeningitis virus | 1C351a.9 |
| Lyssa virus | 1C352a.8 |
| M1 thickeners for hydrocarbon fuels | ML8d |
| M2 thickeners for hydrocarbon fuels | ML8d |
| M3 thickeners for hydrocarbon fuels | ML8d |
| MAPO & MAPO derivatives | ML8e.41 |
| MAPO (Tris-1-(2-methyl)aziridinyl phosphine oxide) | ML8e.41 |
| MAPO derivatives | ML8e.41 |
| Machine guns & components | ML1a,d |
| Machine pistols | ML1a |
| Machine tool assemblies | 2B008 |
| Machine tool components | 2B008 |
| Machine tool control boards | 2B001b |
| Machine tool controller instruction development technology | 2E003a |
| Machine tool controllers (CNC) | 2B001a |
| Machine tool cutting tool inserts | 2B008e |
| Machine tool cutting tools | 2B008 |
| Machine tool feedback units | 2B008b |
| Machine tool slides | 2B008d |
| Machine tool spindles | 2B008a |
| Machine tools for generating optical quality surfaces | 2B001 |
| 2B002 | |
| Machine tools for grinding (CNC) | 2B001c |
| Machine tools for milling (CNC) | 2B001c |
| Machine tools for turning (CNC) | 2B001c |
| Machine tools, numerically controlled | 2B001c |
| Machining centres (CNC) | 2B001c |
| Machupo virus | 1C351a.10 |
| Magazines, ammunition | ML1d |
| Magnaporthe grisea (Pyricularia grisea/Pyricularia oryzae) | 1C354b.6 |
| Magnesium metal | 1C228 |
| Magnesium metal or alloy powder | 1C002b.1.d |
| 1C115a.2.d | |
| ML8a.2.a | |
| Magnesium alloys | 1C002a.2.e |
| Magnesium oxide (MgO) made or coated crucibles | 2A225a.6 |
| Magnetic anomaly detection software | 6D003b.2 |
| Magnetic bearings | 2A005 |
| Magnetic compensation systems for magnetic sensors | 6A006g |
| Magnetic compensation systems software | 6D003b.1 |
| Magnetic confinement CVD equipment | 3B004a.1 |
| Magnetic confinement plasma dry etching equipment | 3B003a.1 |
| Magnetic disk drive technology | 4E002c |
| Magnetic drive pumps | 2B350i |
| Magnetic gradiometers | 6A006d |
| 6A006f | |
| Magnetic metals | 1C003 |
| Magnetic sensor, magnetic compensation systems | 6A006g |
| Magnetic suspension bearings | B10b.2.d |
| Magnetometer systems | 6A006 |
| Magnetometers | 6A006 |
| Magnetostrictive alloys | 1C003b |
| Magnetrons (Cross-field amplifier tubes) | 3A001b.1.b |
| Mandrels for rotor assembly, bellows forming | 2B228a |
| Mandrels, bellows-forming | 2B228c |
| Manganin gauges, pressure | 6A226a |
| Manifolds, vacuum | B20f |
| Manipulators | 2B225 |
| 8A002i | |
| Manned, submersible vehicles | ML9 |
| 8A001a | |
| 8A001b | |
| Maraging steel | 1C116 |
| 1C216 | |
| Marburg virus | 1C351a.11 |
| Marine acoustic systems | 6A001a |
| Marine gas turbine engines | 9A002 |
| Masks, integrated circuits | 3B007a |
| Mass spectrometers & ion sources | B20g |
| 3A233 | |
| Materials development/production/use software | 1D001 |
| Materials for reduced electromagnetic reflectivity | ML17c |
| 1C101 | |
| Materials processing equipment, use technology | 2E101 |
| 2E201 | |
| 2E301 | |
| Materials for military systems ballistic protection | ML13b |
| Measurement equipment, underwater velocity | 6A001c |
| Measuring equipment, gas turbine blade airfoil thickness | 9B001a |
| Measuring instruments or systems | 2B006b.1.a,b.1,c |
| 2B006b.2 | |
| Mechanical cameras | 6A003a.3 |
| Mechanical framing cameras | 6A203a.1 |
| Mechanical high speed cameras | 6A003a.2 |
| 6A203a | |
| Mechanical streak cameras | 6A203a.2 |
| Media access units | 5A001b.1 |
| Melting furnaces | 2B227b |
| Memory integrated circuits | 3A001a.4 |
| Mercury cadmium telluride (CdHgTe) crystals & epitaxial wafers | 6C002b |
| Metal & metal alloy powder production equipment | 1B002 |
| Metal alloy powders | 1C002b |
| Metal alloys | 1C002a.2 |
| Metal coated fibre preforms | 9A110 |
| Metal organic chemical vapour deposition (MOCVD) reactors | 3B001b |
| Metal palmates (or octol) | ML8d |
| Metal powder fuels | ML8a.2 |
| 1C115a.1,2 | |
| Metal powder production equipment | 1B002 |
| Metal stearates | ML8d |
| Metal vapour lasers | 6A005a.2 |
| Metal working process tools, die & fixture design technology | 2E003b.1 |
| Metal-organic compounds, alumimunium/gallium/indium | 3C003 |
| Metallurgical melting & casting furnaces | 2B227 |
| Metallurgical melting & casting furnace, use software | 2D201 |
| Metals with high initial relative (magnetic) permeability | 1C003a |
| Metering devices for use with liquid propelling charges | ML2a |
| Methyl benzilate | 1C350a.26 |
| Methyl phosphinyl dichloride | 1C350a.27 |
| Methyl phosphinyl difluoride | 1C350a.28 |
| Methyl phosphonyl dichloride | 1C350a.29 |
| ML7b.1 | |
| Microchannel plates, image intensifier tubes | 6A002a.2 |
| Microcircuit emulators | 3A002h |
| Microcircuits, silicon/compound semiconductor | 3A001a |
| Microcomputer microcircuits | 3A001a.3 |
| Microcontroller microcircuits | 3A001a.3 |
| Microcyclus ulei (syn. Dothidella ulei) | 1C354b.3 |
| Microcystins (Cyanginosins) | 1C351d.10 |
| Microfluorination ion sources | 3A233f |
| Microlights (ultra lightweight aircraft) | 9A991 |
| Microorganisms, genetically modified | 1C353 |
| Microprocessor microcircuits | 3A001a.3 |
| Microwave amplifiers, solid state | 3A001b.4 |
| Microwave assemblies | ML11 |
| 3A001b.6 | |
| Microwave devices | ML11 |
| 3A001b.1 | |
| Microwave frequency extenders, mixers/converters | 3A001b.7 |
| Microwave integrated circuit test equipment | 3B008c |
| Microwave integrated circuits | 3A001b.2 |
| Microwave modules | 3A001b.2 |
| Microwave test receivers | 3A002f |
| Microwave transistors | 3A001b.3 |
| Microwave weapon systems | ML23c |
| Military aero-engines | ML10c |
| Military aircraft | ML10a,b |
| Military cartridges & components | ML4a |
| Military development equipment | PL5017 |
| Military electronic equipment/components | ML11 |
| Military engines & related equipment/components | ML6k |
| Military environmental test facilities | ML18b |
| Military explosives, propellants & related substances | ML8 |
| Military flame throwers | ML2a |
| Military half-tracks & related equipment/components | ML6d |
| Military helicopters | ML10a,b |
| Military helmets | ML10g |
| ML13c | |
| Military high-energy liquid fuels | ML8d |
| Military high-energy solid fuels | ML8d |
| Military mobile repair shops & related equipment/components | ML6h |
| Military power transfer systems & related equipment/components | ML6k |
| Military production equipment | ML18a |
| Military production technology | ML18c |
| Military propellants | ML8 |
| Military pyrotechnics & components | ML4a |
| ML8b.6 | |
| ML8c | |
| Military recovery vehicles & related equipment/components | ML6e |
| Military simulators & components | ML4a |
| Military smoke projectors/generators | ML2b |
| Military trailers (ammunition) | ML6f |
| Military training equipment, accessories/components | ML14 |
| Military type armed/armoured vehicles & related equipment & components | ML6b |
| Military vehicle suspensions | ML6m |
| Military vehicles & related equipment & components | ML6 |
| Military weapon systems software | ML24 |
| Millimetre wave devices | 3A001b.1 |
| Milling machines, (CNC) | 2B001 |
| Mines & components, explosive | ML4a |
| Mine control equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Mine decoying equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Mine detection equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Mine handling equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Mine jamming equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Mirror assemblies/segments, space assembly | 6A004c.3 |
| Mirror characterisation equipment, reflectometers | 7B102 |
| Mirror control equipment, phased array/segment | 6A004e.4 |
| Mirror positioning gimbals | 6A004e.3 |
| Mirror structures, lightweight foam or composite type | 6A004a.3 |
| Mirrors, actively cooled | 6A005f.1 |
| Mirrors, beam steering | 6A004a.4 |
| Mirrors, optical | 6A004a |
| 6A005f.2 | |
| Misch metal powder | 1C115a.2.g |
| Missile activation equipment | ML4b |
| Missile control equipment | ML4b |
| Missile handling equipment | ML4b |
| Missile guidance sets | 7A117 |
| Missile telemetry, remote control | 5A101 |
| Missiles & missile components | ML4a |
| Mixers, batch & continuous | 1B115 |
| Mixers, microwave frequency extenders | 3A001b.7 |
| Mobile repair shops & related equipment/components, military | ML6h |
| Modelling/simulation of guidance sets, software | 7D103 |
| Models, military | ML23e |
| PL5017 | |
| Modems | 4A003f |
| 5A001b.3.a | |
| Modules, microwave | 3A001b.2 |
| Modules/assemblies, fast switching function | 3A228c |
| Molecular beam epitaxial growth equipment using gas sources | 3B001c |
| Molecular beam mass spectrometers | 3A233e |
| Molecular laser isotopic separation process equipment & components | B10b.7 |
| Molecular pumps | B10b.2.i |
| Molybdenum & tungsten metals alloys | 1C117 |
| Monitoring systems, toxic gas | 2B351 |
| Monkey pox virus | 1C351a.12 |
| Monolithic integrated circuits, industrial | 3A001a |
| Monomethyl hydrazine | ML8a.18 |
| Mortars | ML2a |
| Motion control boards, for machine tools | 2B001b |
| Motor stators | B10b.2.j |
| Movable engine, thrust vector control sub-system | 9A106b |
| Movable engines, solid rocket motor | 9A108c |
| Movable nozzle control systems, rocket | 9A008d |
| Movable nozzle, thrust vector control sub-system | 9A106b |
| Movable nozzles, solid rocket motor | 9A108c |
| Multi-chamber central wafer handling systems | 3B005 |
| Multi-element detector arrays | 6A002a.3 |
| Multi-element photodiodes & phototransistors | 6A002a.4 |
| Multi-layer hetero-epitaxial material substrates & wafers | 3C001 |
| Multi-layer masks with phase shift layer, for integrated circuits | 3B007a |
| Multi-level priority circuit switching capability | 5A001c.3 |
| Multichip integrated circuits, industrial | 3A001a |
| Multilevel security capablity, equipment | 5A002f |
| Multimode optical fibre & cables, high tensile strength | 5A001e.1.b |
| Multiple seal valves incorporating a leak detection port | 2B350g |
| Multiplex equipment | 5A001b.1 |
| Multipoint initiation systems | 3A232b |
| Multispectral imaging sensors | 6A002b |
| Multistage light gas gun systems | ML26a |
| 2B232 | |
| Mycoplasma mycoides | 1C352b.1 |
| N-butyl-ferrocene & other ferrocene derivatives | ML8e.11 |
| N-methyl-p-nitroaniline | ML8e.29 |
| NDT (Non-destructive test) equipment for rocket motor inspection | 9B007 |
| NMMO (Nitratomethylmethyloxetane or poly-NIMMO) | ML8e.28 |
| NQ (Nitroguanidine) | ML8a.4 |
| NTO (3-Nitro-1,2,4-triazol-5-one or ONTA) | ML8a.17 |
| Natural uranium | A10 |
| Naval equipment or components | ML9 |
| Naval vessels, with or without armaments or fttings | ML9 |
| Navigation systems/equipment/components, inertial | 7A103 |
| Neodymium glass lasers | 6A005c.2 |
| Neodymium-doped lasers | 6A005c.2 |
| Neopentyl (diallyl) oxy, tri (dioctyl) phosphato titanate (LIC 12) | ML8e.30.a |
| Neptunium-237 | A30b |
| Network access controllers | 4A003f |
| 5A001b.3.c | |
| Network analysers | 3A002e |
| Neural computers | 4A004b |
| Neural network integrated circuits | 3A001a.9 |
| Neutron generator systems | 3A231 |
| Neutron generator tubes | 3A231 |
| Newcastle disease virus | 1C352a.9 |
| Nickel metals/alloys/powders | A60 |
| 1C002a.1.a | |
| 1C002a.2.a | |
| 1C002b.1.a | |
| Nickel aluminides | 1C002a.1.a |
| Niobium (Columbium) alloys/powders | 1C002a.2.b |
| 1C002b.1.b | |
| Nitratomethylmethyloxetane(NMMO or poly-NIMMO) | ML8e.28 |
| Nitrided niobium-titanium-tungsten alloy made/coated crucibles | 2A22 5a.7 |
| 3-Nitro-1,2,4-triazol-5-one (NTO or ONTA) | ML8a.17 |
| Nitrocellulose | 1C991c |
| 2-Nitrodiphenylamine | 1C115c.4 |
| Nitrogen dioxide/dinitrogen tetroxide | 1C115a.3.b |
| Nitroglycol | 1C991d |
| Nitroguanidine (NQ) | ML8a.4 |
| Noise cancellation systems for vessels, active | 8A002o.3.b |
| Noise reduction equipment for vessels, acoustic mounts | 8A002o.3.a |
| Noise reduction systems for vessels, active | 8A002o.3.b |
| Non-composite ceramic materials, technology | 1E002c.2 |
| Non-destructive inspection (NDT) equipment | 1B001f |
| 9B007 | |
| Non-fluorinated polymeric substances & manufactures | 1A003 |
| 1C008 | |
| Non-linear optical materials | 6C004b.3 |
| Non-tunable solid state lasers | 6A005c.2 |
| Nozzles, aerodynamic isotope separation | B10b.3.a |
| Nozzles, for pyrolitic deposition | 1B116 |
| Nozzles, rocket | 9A006e |
| 9A008c | |
| 9A106a | |
| 9A108b | |
| Nuclear power generating equipment & components, military | PL5029 |
| Nuclear reactor, eddy current test equipment | B100b |
| Nuclear reactor, simulators | B100a |
| Nuclear reactor, ultrasonic test equipment | B100b |
| Nuclear reactors & reactor components | B50 |
| Nuclear reactors fuel element fabrication plant/equipment | B60a |
| Nuclear reactors fuel element reprocessing plant/equipment | B70 |
| Nuclear reactors, military | PL5029 |
| Numerical control software | 2D002b |
| Numerical control technology | 2E003a |
| Numerical control units, for machine tools | 2B001a |
| Numerically controlled machine tools | 2B001c |
| ONTA (3-Nitro-1,2,4-triazol-5-one or NTO) | ML8a.17 |
| Object detection or location systems | 6A001a.1.b |
| Ocean salvage systems | 8A001e |
| Octahydro-1,3,5,7-tetranitro-1,3,5,7-tetrazine | ML8a.7 |
| Octogen (Octahydro-1,3,5,7-tetranitro-1,3,5,7-tetrazine) | ML8a.7 |
| Octogene (1,3,5,7-tetranitro-1,3,5,7-tetrazacyclooctane) | ML8a.7 |
| Octol (metal palmates) | ML8d |
| On-board weapon control systems | ML5a |
| Operating system development tools/compilers as source code | 4D003a |
| Operating system software, multi-data-stream processing equipment | 4D003a |
| Operating system software, software development tools & compilers | 4D003a |
| Operating systems for real time processing equipment, software | 4D003d |
| Optical components for lasers | 6A005f |
| Optical components | 6A004b |
| 6A004c | |
| Optical computers | 4A004c |
| Optical control equipment | 6A004e |
| Optical detectors & sensors | 6A002 |
| Optical detectors, radiation hardened | 6A102 |
| Optical-electro shutters, Kerr or Pockel cells | 6A203b.3.c |
| Optical equipment | ML15 |
| ML23 | |
| 6A005g | |
| Optical fabrication technologies | 6E003a.2 |
| Optical fibre cables | 5A001e.1 |
| Optical fibre cable/accessories for underwater use | 5A001e.2 |
| Optical fibre characterisation equipment | 5B001a.3 |
| Optical fibre components for underwater use | 5A001e.2 |
| Optical fibre couplers or connectors for underwater use | 5A001e.2 |
| 8A002c | |
| Optical fibre manufacturing equipment | 5B001a.2 |
| Optical fibre preforms | 5C001 |
| 6C002c | |
| 6C004h | |
| Optical fibre sensing elements, hydrophones | 6A001a.2.a.2 |
| Optical fibre | 5A001e.1 |
| 6A002d.3 | |
| 6A004f | |
| Optical filters | 6A004d |
| Optical integrated circuits | 3A001a.6 |
| Optical materials, with non-linear characteristics | 6C004b.3 |
| Optical mirrors (reflectors) | 6A004a |
| 6A005f.2 | |
| Optical opacity switches (filters) | 6A004d.3 |
| Optical scatter based surface irregularity measuring equipment | 2B006d |
| Optical sensor cryocoolers | 6A002d.1,2 |
| Optical sensors, optical fibre | 6A002d.3.a |
| Optical sensors, radiation hardened | 6A102 |
| Optical surface coating/treatment technology | 6E003a.1 |
| Optical switching equipment | 5A001c.9 |
| Optical Infrared tracking range radars | 6A108b.2 |
| Optics, optical components | 6A004 |
| Optimisation of rocket systems trajectory technology | 7E104 |
| Organic fibres & filamentary materials | 1C010a |
| Organic high explosives | ML8b.2 |
| Organo-metallic coupling agents | ML8e.30 |
| Oscilloscope, plug-in units | 3A202 |
| Oscilloscopes | 3A202 |
| Oxygen equipment, aircraft | ML10i |
| Oxygen difluoride | ML8d |
| Oxygen Iodine (O₂-I) laser | 6A005a.5 |
| PABXs (Private Automatic Branch eXchanges) | 5A001c |
| PBAA (Polybutadiene-acrylic acid) | 1C115b.3 |
| PBAN (Polybutadiene-acrylic acid-acrylonitrile) | 1C115b.4 |
| PCDE (Polycyanodifluoroaminoethyleneoxide) | ML8e.31 |
| PCM (Pulse Code Modulation) testers | 5B001b |
| PEEK (Polyether ether ketone) | 1C008c.1 |
| PEK (Polyether ketone) | 1C008c.3 |
| PEKEKK (Polyether ketone ether ketone ketone) | 1C008c.4 |
| PEKK (Polyether ketone ketone) | 1C008c.2 |
| PETN (Pentaerythritol tetranitrate) | 1C991e |
| PGN (Poly(nitratomethyl oxirane or Poly-GLYN) | ML8e.33 |
| PLAs (Programmable Logic Arrays) | 3A001a.8 |
| PYX (Picrylaminodinitropyridine) | ML8a.16 |
| Packet switching equipment | 5A001c.8 |
| Para-hydrogen Raman shifters | 6A205e |
| Parachutes, military | ML10h.1.a |
| ML10h.1.b | |
| ML10h.7 | |
| Paragliders | ML10h.3 |
| Particle beam directed energy weapon systems | ML23b |
| Passive acoustic systems | 6A001a.2 |
| Passive sensors, direction finding systems | 7A115 |
| Pasteurella pseudotuberculosis var pestis (Yersinia pestis) | 1C351c.13 |
| Pathogens | ML7a |
| 1C351a,b,c | |
| 1C352 | |
| 1C353a | |
| 1C354 | |
| Penetrators/connectors (fibre optic), hull | 8A002c |
| Pentaborane & derivatives | ML8a.6 |
| Pentaerythritol tetranitrate (PETN) | 1C991e |
| Perchlorates composited with metal/high energy fuels | ML8a.3 |
| Performance improvement software, navigation systems | 7D003a |
| Performance improvement source code, navigation systems | 7D003b |
| Peste des petits ruminants virus | 1C352a.10 |
| Phased array antennae | 5A001f |
| Phased array/segment mirror control equipment | 6A004e.4 |
| Phenylene | 1C006b |
| Phosphate glass | 6C004f |
| Phosphor bronze or copper mesh packings | 1A226 |
| Phosphorus hydrides | 3C004 |
| Phosphorus oxychloride | 1C350a.30 |
| Phosphorus pentachloride | 1C350a.31 |
| Phosphorus pentasulphide | 1C350a.32 |
| Phosphorus trichloride | 1C350a.33 |
| Photocathodes of GaAs or GaInAs | 6A002a.2.b.3 |
| Photodiodes, single & multi-element semiconductor type | 6A002a.4 |
| Photographic still cameras, underwater | 8A002e |
| Photomultiplier tubes | ML15c,d |
| 6A202 | |
| Phototransistors, single & multi-element | 6A002a.4 |
| Photovoltaic arrays, space qualified or radiation hardened | 3A001e.1 |
| Physical test models/test results, directed energy weapon systems | ML23e |
| Picryl chloride | 1C991f |
| Picrylaminodinitropyridine (PYX) | ML8a.16 |
| Piezoelectric polymer & copolymer, components | 1A001b |
| Piezoelectric sensing elements, hydrophones | 6A001a.2.a |
| Pinacolone | 1C350a.34 |
| Pinacolyl alcohol | 1C350a.35 |
| Piping, multi-walled incorporating a leak detection port | 2B350h |
| Pistols | ML1a |
| Planar absorbers | 1C001a |
| Plant pathogens, bacteria or fungi | 1C354 |
| Plasma atomisation & melting furnaces | 2B227b |
| Plasma dry etching equipment | 3B003 |
| Plasma enhanced CVD equipment | 3B004 |
| Plasma enhanced or plasma assisted CVD production equipment | 2B00 5a.1.c |
| Plasma isotope separation plant | B10a.8 |
| Plasma separation RF ion excitation coils | B10b.8.b |
| Plasma separation process equipment & components | B10b.8 |
| Plasma spraying production equipment, with controlled atmosphere | 2B005d |
| Plasticisers, military | ML8 |
| Platinized catalysts | 1A225 |
| Plug-in units for oscilloscopes | 3A202 |
| Plutonium | A20 |
| Plutonium metal production systems | B70g |
| Plutonium nitrate conversion systems | B70f |
| Plutonium-238 | A30a |
| Pneumatic tyre casings | ML6j |
| Pockel or Kerr cells, electro-optical shuttering | 6A203b.3.c |
| Poletherimides | 1C008a.4 |
| Poly(3-Nitratomethyl,3-methyl oxetane) | ML8e.28 |
| Poly(epichlorohydrin) | ML8e.48 |
| Poly(epichlorohydrindiol) & triol | ML8e.48 |
| Poly(nitratomethyl oxirane) (Poly-GLYN or PGN) | ML8e.33 |
| Poly-2,2,3,3,4,4-hexafluoropentane-1,5-diol formal (FPF-1) | ML8e.16 |
| Poly-2,4,4,5,5,6,6-heptafluoro-2-trifluoromethyl-3-oxaheptane-1,7-diol formal (FPF-3) | ML8e.17 |
| Poly-GLYN (Poly(nitratomethyl oxirane)) | ML8e.33 |
| Poly-NIMMO (Nitratomethylmethyloxetane or NMMO) | ML8e.28 |
| Polyamide-imides | 1C008a.2 |
| Polyaniline | 1C001c |
| Polyarylene ether ketones | 1C008c |
| Polyarylene ketones | 1C008d |
| Polyarylene sulphides | 1C008e |
| Polybenzothiazoles, development/production technology | 1E002a |
| Polybenzoxazoles, development/production technology | 1E002a |
| Polybiphenylenethersulphone | 1C008f |
| Polybromotrifluoroethylene based damping or flotation fluids | 1C006c.2 |
| Polybutadiene-acrylic acid (PBAA) | 1C115b.3 |
| Polybutadiene-acrylic acid-acrylonitrile (PBAN) | 1C115b.4 |
| Polycarbosilazanes | 1C007e.3 |
| Polychlorotrifluoroethylene based damping or flotation fluids | 1C006c.3 |
| Polycyanodifluoroaminoethyleneoxide (PCDE) | ML8e.31 |
| Polydiorganosilanes | 1C007e.1 |
| Polyether ether ketone (PEEK) | 1C008c.1 |
| Polyether ketone (PEK) | 1C008c.3 |
| Polyether ketone ether ketone ketone (PEKEKK) | 1C008c.4 |
| Polyether ketone ketone (PEKK) | 1C008c.2 |
| Polyfunctional aziridine amides | ML8e.32 |
| Polyglycidylnitrate (Poly-GLYN or PGN) | ML8e.33 |
| Polyimides, aromatic | 1C008a.3 |
| Polyimides, fluorinated | 1C009a |
| Polymeric (fluorinated) substances, components | 1A001 |
| Polymeric non-fluorinated substances, manufactures of | 1A003 |
| Polymeric substances & components | 1A001b |
| 1C008 | |
| 1C009 | |
| 1C115b | |
| Polymers, piezoelectric | 1A001 |
| Polynitrocubanes | ML8a.31 |
| Polynitroorthocarbonates | ML8e.34 |
| Polyphenylene-vinylene | 1C001c |
| Polypyrrole | 1C001c |
| Polysilazanes | 1C007e.2 |
| Polythiophene | 1C001c |
| Porcine enterovirus type 9 (Swine vesicular disease) | 1C352a.11 |
| Porcine herpes virus (Aujeszkys disease) | 1C352a.6 |
| Porous nickel metal | A60b |
| Portable anti-riot devices | PL5001d |
| Positioning equipment/components, global | 7A005 |
| 7A105 | |
| Positioning systems, acoustic | 6A001 a.1.d |
| Positive resists for semiconductor lithography | 3C002a |
| Post-flight data processing software | 6D103 |
| Potassium bifluoride | 1C350a.36 |
| Potassium cyanide | 1C350a.37 |
| Potassium fluoride | 1C350a.38 |
| Potassium titanyl arsenate (KTA) | 6C004b.1 |
| Powder metallurgy manufacturing equipment | 9B009 |
| Powdered metals, as fuel | 1C115a.1,2 |
| Power generating equipment | B80 |
| PL5029 | |
| Power supplies for vacuum induction furnaces | 2B226 |
| Power supplies | 3A226 |
| 3A227 | |
| Power transfer systems/related equipment/components, military vehicles | ML6i |
| Power transmission systems, marine | 8A002o.1.d,e |
| Precision rotor forming mandrels | 2B215 |
| Precision tracking systems, usable for missiles | 6A108b |
| Precursors for military explosives/propellants | ML8 |
| Precursors for toxic chemical agents | 1C350 |
| Preforms for propulsion systems, metal coated fibre | 9A110 |
| Preforms for space vehicles, metal coated fibre | 9A110 |
| Preforms, fibrous or filamentary materials | 1C010e |
| 9A110 | |
| Preforms, glass | 5C001 |
| 6C002 | |
| 6C004h | |
| Preform production equipment | 1B101e |
| Prepreg production equipment | 1B001e |
| Prepregs, fibrous or filamentary materials | 1C010e |
| 9A110 | |
| Presses, isostatic | 2B004 |
| 2B104a | |
| 2B204 | |
| Pressure control systems, tyre | ML61 |
| Pressure measuring instruments | 2B230 |
| Pressure refuellers, aircraft | ML10f |
| Pressure sensors, manganin & quartz | 6A226 |
| Pressure suits | ML10g |
| Pressure tubes, for fuel elements & primary coolant | B50e |
| Pressure vessels, for nuclear reactors | B50a |
| Primary cells/batteries | 3A001e.1.a |
| Printed circuit boards for machine tool CNC unit | 2B009 |
| Private automatic branch exchanges (PABXs) | 5A001c |
| Probing systems, for semiconductor devices | 3B008d |
| Process control instrumentation, for reprocessing plant | B70d |
| Product & tails collectors, uranium vapour | B10b.8.a |
| Product & tails collector systems, uranium vapour | B10b.6.c |
| Product & tails stations | B20c |
| Production equipment for propulsion systems & components | 9B115 |
| Production equipment for reentry vehicles | 9B115 |
| Production equipment, military | ML18a |
| Production facilities, reentry vehicles | 9B116 |
| Production facilities, rockets/propulsion systems/components | 9B116 |
| Production technology, military | ML18c |
| Programmable logic array (PLA) | 3A001a.8 |
| Projectile accelerators | 2B232 |
| Projectile launchers | ML2a |
| Projectiles & components | ML3 |
| PL5021 | |
| Projection telescopes, laser diagnostics | 6A005g.4 |
| Projectors, acoustic | 6A001a.1.c |
| Projectors, pyrotechnic | ML2b |
| Propellant bonding liner systems | 9A008a |
| Propellant control systems | 9A106b |
| Propellant production equipment | 1B115 |
| Propellant storage systems | 9A006f |
| Propellants, additives & agents, spacecraft | 1C115 |
| Propellants, explosives & related substances (Industrial) | 1C991 |
| Propellants, military | ML8a,b,d |
| Propeller blades or propfans composite technology | 9E003b.2 |
| Propeller noise reduction (development/production) software | 8D002 |
| Propeller noise reduction (development/production) technology | 8E002a |
| Propeller noise reduction (repair/overhaul/refurbishing) software | 8D002 |
| Propeller noise reduction (repair/overhaul/refurbishing) technology | 8E002a |
| Propellers, contrarotating | 8A002o.1.b |
| Propellers, water screw | 8A002o.1 |
| Propulsion equipment & components, nuclear | PL5029 |
| Propulsion equipment for use with nuclear reactors | B80 |
| Propulsion system composite components/structures | 9A110 |
| Propulsion system composite components/structures, launch vehicle | 9A010 |
| Propulsion system test/inspection/production software | 9D101 |
| Propulsion systems, rocket | 9A005 |
| 9A007 | |
| 9A009 | |
| 9A119 | |
| Propulsion systems (engines) & components, military vehicles | ML6i |
| Propulsion systems/components, production equipment | 9B115 |
| Propyleneimide, 2-methylaziridine | ML8e.35 |
| Protective clothing, Independently ventilated full or half suits | 2B352a.2 |
| Protein derived from bovine offal | Part I Group 1 (2) |
| Protocol analysers, data communication | 5B001b.2 |
| Proximity focused image intensifier tubes | 6A203b.3.a |
| Pseudomonas mallei (Burkholderia mallei) | 1C351c.8 |
| Pseudomonas pseudomallei (Burkholderia pseudomallei) | 1C351c.9 |
| Puccinia graminis (syn. Puccinia graminis f. sp. tritici) | 1C354b.4 |
| Puccinia striiformis (syn. Puccinia glumarum) | 1C354b.5 |
| Pulsating CVD (Chemical vapour deposition) production equipment | 2B005a.1.a |
| Pulse generators, for detonators | 3A229 |
| 3A230 | |
| Pulse jet engines/components | 9A111 |
| Pulse radar cross-section measurement systems & components | 6B008 |
| Pulsed electron accelerators | 3A201c |
| Pumpjet propulsion systems | 8A002p |
| Pumps, bellows | 2B350i |
| Pumps, canned drive | 2B350i |
| Pumps, diaphragm | 2B350i |
| Pumps, double-seal | 2B350i |
| Pumps, for liquid propellants | 9A106b |
| Pumps, for lithium amalgams | B90b |
| Pumps, for nuclear reactor coolant | B50g |
| Pumps, for potassium amide in liquid ammonia | 1B230 |
| Pumps, magnetic drive | 2B350i |
| Pumps, molecular | B10b.2.i |
| Pumps, multiple seal | 2B350i |
| Pumps, submersible stage recirculation | B40b.2.c |
| Pumps, vacuum | B20f |
| 2B231 | |
| Pyricularia grisea/oryzae (Magnaporthe grisea) | 1C354b.6 |
| Pyrolitic deposition nozzles | 1B116 |
| Pyrolitic deposition systems | 2B104b |
| Pyrolitically derived materials production technology | 1E104 |
| Pyrolized carbon-carbon materials | 1A102 |
| Pyrolysis equipment | 2B104b |
| Pyrolysis equipment, use software | 2D101 |
| Pyrolysis process control equipment | 2B104b |
| Pyrotechnic flare signals & components, military | ML4a |
| Pyrotechnic materials, military | ML8b.6 |
| ML8c | |
| Pyrotechnic projectors/generators | ML2b |
| Pyrotechnics & components, military | ML4a |
| Q-switched lasers | 6A005c.2 |
| QAM based radio equipment operating above level 4 | 5A001b.6.a,b |
| QAM techniques development technology | 5E001b.9 |
| QL (o-Ethyl-2-di-isopropylamino ethyl methylphosphonite) | ML7b.2 |
| Quadrature amplitude modulation equipment | 5A001b.6 |
| Quartz pressure sensors/transducers | 6A226b |
| 3-Quinuclidinol | 1C350a.39 |
| 3-Quinuclidone | 1C350a.40 |
| RDX (Cyclonite) | ML8a.20 |
| ROVs (Remotely operated air vehicles) | as RPV's |
| RPVs (Remotely piloted air vehicles) | ML10d |
| Radar altimeters | 7A106 |
| Radar cross-section measurement software, military | ML24 |
| Radar cross-section measurement systems & components | ML11 |
| ML18 | |
| PL5017 | |
| 6B108 | |
| Radar systems & components | ML5b |
| ML11 | |
| 6A008 | |
| 6A108 | |
| Radiation hardened designed (or rated) robots | 2B007c |
| Radiation hardened detectors | 6A102 |
| Radiation hardened electronic computers | 4A001a.2 |
| Radiation hardened integrated circuits, industrial | 3A001a.1 |
| Radiation sensors, optical fibres | 6A002d.3 |
| Radiation shielding windows | 1A227 |
| Radiation-hardened TV cameras | 6A203c |
| Radio equipment | ML11 |
| 5A001b.5-11 | |
| 5A990 | |
| Radio frequency ion excitation coils | B10b.8.b |
| Radio transmission media simulators/channel estimators | 5B001b.3 |
| Radio-frequency directed energy weapon systems | ML23c |
| Radioactive materials adapted for use in war | ML7a |
| Radiographic equipment | 3A101b |
| Radium-226 | 1C237 |
| Radome design software | 6D003d |
| Ram type electrical discharge machines (CNC) | 2B001c.3 |
| Raman shift lasers | 6A205e |
| Ramjet engines/components | 9A011 |
| Range gated illumination systems, underwater | 8A002d.2 |
| Range instrumentation radars | 6A108b.2 |
| Range-finding systems | ML5b |
| Rankine cycle engine, air independent | 8A002j |
| Reactor fuel elements, reprocessing plant/equipment/components | B70 |
| Reactor vessels, chemical | 2B350a |
| Reactors, metal organic chemical vapour deposition (MOCVD) | 3B001b |
| Reactors, nuclear | PL5029 |
| B50 | |
| Real time full authority test facility software, | 9D004c |
| Rebreathing apparatus, underwater swimming | ML17a |
| Receivers, microwave test | 3A002f |
| Receivers, radio | ML11 |
| 5A001b5-11 | |
| Receivers, test | 3A002f |
| Rechargeable cells/batteries, high energy | 3A001e.1.b |
| Reciprocating diesel engine component development/production technology | 9E003e.2 |
| Reciprocating diesel engine development/production technology | 9E003e.1 |
| Reciprocating engines | ML10c |
| Recoilless rifles | ML2a |
| Recorders, military | ML15a |
| Recorders, transient | 3A202d |
| Recording equipment | 3A002a |
| Recovery parachutes | ML10h.5 |
| Recovery vehicles & related equipment/components | ML6e |
| Recovery vehicles, heavy duty | Part I Group 3 (1.b) |
| Reduced observables analysis software | 1D103 |
| Reduction gearing, light-weight marine transmissions | 8A002o.1.d |
| Reentry vehicles & equipment | 9A116 |
| Reentry vehicles/components, production equipment | 9B115 |
| Reflectance measuring equipment, absolute | 6B004 |
| Reflectivity reducing materials | ML17c |
| 1C101 | |
| Reflectometers, mirror characterisation | 7B102 |
| Reflectors (mirrors), optical | 6A004a.1 |
| Refrigeration units, hydrogen or helium | 1B231 |
| Refuellers (pressure), aircraft | ML10f |
| Refuelling apparatus & devices | PL5006 |
| Regulation of composites temperature/pressure/atmosphere technology | 1E103 |
| Remote manipulators | 2B225 |
| Remotely controlled manipulators, for submersibles | 8A002i |
| Remotely operated (air) vehicles (ROVs) | ML10d |
| Remotely operated filling equipment, chemical | 2B350f |
| Remotely piloted (air) vehicles (RPVs) | ML10d |
| Repeater/regenerator equipment | 5A001b.1 |
| Reprocessing plant, nuclear fuel | B70 |
| Resaturated pyrolized materials | 1A102 |
| Resin impregnated fibre prepregs, propulsion systems | 9A110 |
| Resin impregnated fibre prepregs, space systems | 9A110 |
| Resist material coated (semiconductor) substrates | 3C002 |
| Resist materials for semiconductor lithography | 3C002 |
| Reticles, integrated circuits | 3B007b |
| Revolvers | ML1a |
| Ricin | 1C351d.4 |
| Rickettsia prowasecki | 1C351b.2 |
| Rickettsia quintana | 1C351b.3 |
| Rickettsia rickettsii | 1C351b.4 |
| Rickettsiae | 1C351b |
| Rifles | ML1a |
| Rift Valley fever virus | 1C351a.13 |
| Rinderpest virus | 1C352a.12 |
| Ring gyros (laser) & gyro components | 7A002 |
| Ring laser gyro mirror characterizing equipment | 7B002 |
| Riot control agents | ML7a |
| ML7c | |
| Riot control vehicles & equipment | PL5001f |
| Robot & end-effectors, use Software | 2D201 |
| Robot controllers | ML17e |
| 2B007 | |
| Robot controllers for high explosive handling | 2B207 |
| Robot end-effectors | 2B007 |
| 2B207 | |
| Robots | ML17e |
| 2B007a | |
| 2B007c | |
| 2B007b | |
| 2B207 | |
| 8A002h | |
| Rocket decoying equipment | ML4b |
| PL5006 | |
| 3A990 | |
| Rocket engines, liquid propellant | 9A005 |
| Rocket engines, solid propellant | 9A107 |
| Rocket fuels | ML8a.1,2 |
| Rocket handling & control equipment | ML4b |
| PL5006 | |
| 9A115a | |
| 3A990 | |
| Rocket launching equipment | ML2b |
| ML4b | |
| PL5006 | |
| 3A990 | |
| 9A115a | |
| Rocket modelling, simulation & integration software | 9D103 |
| Rocket motor cases | 9A008b |
| 9A108a | |
| Rocket motor inspection equipment | 9B007 |
| Rocket motor insulation, solid rocket motor | 9A008a |
| 9A108a | |
| Rocket motors, hybrid | 9A009 |
| 9A109 | |
| Rocket motors, liquid | 9A005 |
| 9A105 | |
| Rocket motors, solid | 9A007 |
| Rocket nozzles, liquid rocket motor | 9A006e |
| 9A106a | |
| Rocket nozzles, solid rocket motor | 9A008c |
| 9A108b | |
| Rocket stages, liquid fuel | 9A005 |
| Rocket stages, solid fuel | 9A007 |
| Rocket stages, hybrid | 9A009 |
| Rocket stages, other | 9A119 |
| Rocket/rocket motor, test benches/stands | 9B117 |
| Rockets, space launch | 9A004 |
| Rockets & components, military | ML4a |
| Rockets, sounding | 9A104 |
| Roller bearings | 2A001 |
| 2A002 | |
| 2A003 | |
| Rotary position feedback units | 2B008c |
| Rotary tables, compound | 2B009 |
| Rotor assemblies, gas centrifuge | B10b.2.b |
| Rotor assembly equipment | 2B228a |
| Rotor assembly mandrels, bellows forming | 2B228a |
| Rotor blade components, tooling for manufacture | 9B009 |
| Rotor blade tip clearance control active compensating system software | 9D004f |
| Rotor centrifugal balancing machines | 2B229 |
| Rotor assembly equipment | 2B228a |
| Rotor forming mandrels, precision cylindrical | 2B215 |
| Rotor straightening equipment or systems | 2B228b |
| Rotor tube cylinders & components, gas centrifuge | B10b.2.c |
| Routers, telecommunications | 5A001c.8 |
| Ruby lasers | 6A005c.2.a |
| Russian Spring-Summer encephalitis virus | 1C351a.14 |
| S-parameter test/measurement equipment | 3B008a |
| SDH (Synchronous Digital Hierarchy) technology | 5E001b.4 |
| SONET (Synchronous Optical Network) technology | 5E001b.4 |
| SORGUYL (Tetranitroglycoluril or TNGU) | ML8a.13 |
| SQUIDS, superconductive quantum interference devices | 6A006h.3.a |
| SR 19 (ammonium dinitramide) | ML8a.32 |
| SRAMs (Static random-access memories) | 3A001a.4 |
| START gyros & gyro components | 7A002 |
| Safety cabinets, capable of biological use | 2B352a.3 |
| Salicyclate, basic copper & lead | ML8e.2 |
| Salmonella typhi | 1C351c.10 |
| Salvage systems, ocean | 8A001e |
| Sampling devices, for oscilloscopes | 3A202 |
| Satellite communication equipment technology | 5E001b.1 |
| Satellite earth stations | 5E001b.5 |
| Satellite radio systems | 5E001b.l,6 |
| Satellite receivers | 7A005 |
| 7A105 | |
| Satellites | 9A004 |
| Saxitoxin | 1C351d.5 |
| Scanning cameras & systems | 6A003b.2 |
| Scramjet engines/components | 9A011 |
| Screw reactors, UF₆ production | B30b.1 |
| Sea-induced motion control systems, automatic | 8A002n |
| Seal test/inspection equipment, for reactor fuel elements | B60c |
| Sealing equipment, for reactor fuel elements | B60b |
| Seals, aircraft/aerospace use | 1A001a |
| Seals, for surface effect vessels | 8A002k |
| Secondary cells/batteries, high energy | 3A001e.1.b |
| Security & para-military police equipment | PL5001 |
| Security equipment, information | 5A002 |
| Segmented mirrors, assembly in space | 6A004c.3 |
| Self-aligning fabric lined & journal sliding bearings | 2A006 |
| Self-propelled guns & related equipment/components | ML6a |
| Semi-finished products, military | ML16 |
| PL5020 | |
| Semiconductor device probing systems, electron & laser beam | 3B008d |
| Semiconductor device software, computer-aided-design | 3D003 |
| Semiconductor device, test equipment | 3B008 |
| Semiconductor lasers | 6A005b |
| Sensing elements, hydrophone | 6A001a.2.a |
| Sensors, direction finding systems | 7A115 |
| Sensors, industrial infrared | 6A002a,b |
| Sensors, military infrared | ML15d |
| Sensors, Pressure (manganin & quartz) | 6A226 |
| Sensors, for linear position feedback units | 2B008b |
| Sensors, multispectral imaging | 6A002b |
| Sensors, on-line development of gas turbines | 9B002 |
| Sensors, optical | 6A002 |
| Sensors, radiation hardened | 6A102 |
| Sensors, superconductive electromagnetic | 6A006h |
| Separation mechanisms for rockets | 9A117 |
| Separation nozzles, isotope separation | B10b.3.a |
| Separation plant, isotopic | B10a |
| Separation tubes, isotope | B10b.3.b |
| Separators, centrifugal | 2B352c |
| Separators, isotope | 1B226 |
| Servo valves, propellant control systems | 9A106b |
| Shackles | PL5001c |
| Shaft encoders (rotary input type) | 3A001f |
| Sheep pox virus | 1C352a.13 |
| Sheep, live | Part I Group 1 (1) |
| Shiga toxin | 1C351d.6 |
| Shigella dysenteriae | 1C351c.11 |
| Ship positioning systems, acoustic | 6A001a.1.d |
| Ships, with decks/platforms strengthened for weapons | 8A991 |
| Shrink fit machines for rotor assembly | 2B228a |
| Sidelooking airborne radar (SLAR) | 6A008d |
| Sighting devices, military | ML5a |
| Sights, weapon | ML5a |
| Signal analysers | 3A002c.1 |
| Signal generators, frequency synthesiser based | 3A002d |
| Signal processing devices, acousto-optic | 3A001c.3 |
| Signal processing equipment for hydrophone arrays | 6A001a.2.c |
| Signal processing equipment | 4A003 |
| 6A001c | |
| Signal processor microcircuits | 3A001a.3 |
| Signal tracking development/use technology, laser | 5E001b.2 |
| Signature reduction devices, fittings & components | ML2a |
| ML17c | |
| PL5032 | |
| 1C101 | |
| Signature suppression components | ML17c |
| PL5032 | |
| Signature suppression coatings/treatments for military use | ML17c |
| Silahydrocarbon oils | 1C006a.1 |
| Silencers | ML1d |
| Silicon carbide (SiC) substrate blanks | 6C004d |
| Silicon microcircuits, industrial | 3A001a |
| Silicon, hetero-epitaxial grown multi-layer substrates | 3C001a |
| Silicon-on-sapphire integrated circuits | 3A001a |
| Silicone fluid, fluorinated | 1C006b.2 |
| Silver gallium selenide (AgGaSe₂) | 6C004b.2 |
| Silyated resists for semiconductor lithography | 3C002d |
| Simulators, flight | ML14 |
| 9A993 | |
| Simultaneous initiation arrangements or systems, single & multipoint | 3A232b |
| Simulating or modelling equipment, components & accessories, aircraft | 9A993 |
| Simulation equipment/accessories/components, military aircraft | ML14 |
| Simulators & components, military ordnance | ML4a |
| Simulators for nuclear reactors | B100a |
| Single crystal casting control software | 9D004e |
| Single crystal casting equipment | 9B001c |
| Single crystals | 6C002b |
| Single mode optical fibre & cable | 5A001e.1.a |
| Single point diamond cutting tool inserts | 2B008e |
| Single point diamond turning techniques, technology | 6E003a.2.b |
| Single-element & focal plane arrays, space-qualified | 6A002a.1 |
| Single-element photodiodes & phototransistors | 6A002a.4 |
| Skin friction transducers, wall | 9B008 |
| Skirts, for surface effect vessels | 8A002k |
| Slapper detonators (Electric) | 3A232a.4 |
| Slide way assemblies for machine tools | 2B008d |
| Slurry propellant control systems | 9A106b |
| Slush hydrogen storage | 9A006c |
| Slush hydrogen transfer systems | 9A006c |
| Small arms, weapons | ML1a |
| PL5018 | |
| Small waterplane area vessels | 8A001i |
| Smoke canisters & components | ML4a |
| Smoke grenades & components | ML4a |
| Smoke projectors or generators | ML2b |
| Smooth-bore weapons | ML1b |
| PL5018 | |
| Sodium (Na) metal vapour lasers | 6A005a.2 |
| Sodium bifluoride | 1C350a.41 |
| Sodium cyanide | 1C350a.42 |
| Sodium fluoride | 1C350a.43 |
| Sodium sulphide | 1C350a.44 |
| Software, adaptive control | 2D002a |
| Software, analysis of reduced observables | 1D103 |
| Software, compilers for multi-data-stream processing equipment | 4D003a |
| Software, composite manufacturing equipment use of lB101 goods | ID101 |
| Software, composite materials | 1D002 |
| Software, digital computers | 4D |
| Software, filament winding machine use | 1D201 |
| Software, for entries of Group 2 (Atomic Energy List) | B110 |
| Software, military systems software | ML24 |
| Software, multi-data-stream processing equipment operating systems | 4D003a |
| Software, numerical control | 2D002b |
| Software, operating systems for real time processing equipment | 4D003d |
| Software, propulsion systems of 9A, 9B, 9E003 | 9D001 |
| Software, propulsion systems production of 9A, 9B goods | 9D002 |
| Software, software development tools as source code | 4D003a |
| Software, source code | 4D003a |
| Software, stored programme control use of 3B goods | 3D002 |
| Software, support technology specified in sub-category 4E | 4D002 |
| Software, technology support for goods of 5E001 | 5D001b |
| Software, tools in source code | 4D003a |
| Solar cells, space qualified or radiation hardened | 3A001e.1.c |
| Solenoids, superconductive | 3A001e.3 |
| 3A201b | |
| Solid fuels, military high energy | ML8a,b,d |
| Solid propellant rocket engines | 9A107 |
| Solid propellant rocket engine, components | 9A108 |
| Solid rocket fuels | ML8a,b,d |
| 1C115 | |
| 1C991 | |
| Solid rocket propulsion system, components | 9A008 |
| 9A108 | |
| Solid rocket propulsion systems | 9A007 |
| 9A119 | |
| Solid roller bearings | 2A001 |
| 2A002 | |
| Solid state cameras | 6A003b.1 |
| Solid state imaging devices | 6A203b.3 |
| Solid state joining equipment, tools/dies/fixtures | 9B004 |
| Solid state lasers | 6A005c.1 |
| 6A005c.2 | |
| Solid state microwave amplifiers | 3A001b.4 |
| Solid state switches | 3A228 |
| Solid-state imaging devices | 6A002 |
| Sonar log equipment | 6A001c |
| Sonar processing equipment | 6A001a.2.b |
| Sonar signal processing equipment | 6A001c |
| Sounding rocket test, inspection & production software | 9D101 |
| Sounding rockets | 9A104 |
| Source code, multi-data-stream processing equipment software | 4D003a |
| Source code, development of goods as specified | 7D003d |
| Space launch vehicle test, inspection & production software | 9D101 |
| Space launch vehicles | 9A004 |
| Space probes | 9A004 |
| Space qualified optical components | 6A004c |
| Space-qualified single-element & focal plane arrays | 6A002a.1 |
| Spacecraft | 9A004 |
| Spacecraft inertial navigation equipment/components | 7A003 |
| Spark-gaps, triggered | 3A228b |
| Special gun-mountings | ML1d |
| Spectrum analysers | 3A002c.1 |
| Spherical aluminium powder | ML8a.1 |
| 1C115a.1 | |
| Spin forming/Flow forming equipment, use software | 2D201 |
| Spin-forming machines | 2B115 |
| 2B215 | |
| Spindle assemblies, machine tools | 2B008a |
| Spraying production equipment, plasma with controlled atmosphere | 2B005d |
| Spread spectrum code capabilty, equipment | 5A002e |
| Spread spectrum radio equipment | 5A001b.8 |
| Spreading code generation, equipment | 5A002e |
| Sprytron tubes, vacuum | 3A228a |
| Sputter deposition production equipment | 2B005e |
| SQUIDs (Superconducting quantum interference devices) | 6A006h |
| Stabilisers, military explosives/propellants | ML8 |
| Staging mechanisms for rockets | 9A117 |
| Staphylococcus aureus toxins | 1C351d.7 |
| Static random-access memories (SRAMs) | 3A001a.4 |
| Statistical multiplex equipment | 5A001b.1 |
| Steam sterilisable freeze drying equipment | 2B352e |
| Steel, maraging | 1C116 |
| 1C216 | |
| Steerable parachutes, civil | 9A991 |
| Step & repeat equipment, mask making/semiconductor wafer processing | 3B006 |
| Stirling cycle engine, air independent | 8A002j |
| Storage integrated circuits | 3A001a.4 |
| Storage tank components for use with liquid propelling charges | ML2a |
| Storage tanks, chemical | 2B350c |
| Stored programme controlled (SPC) switching equipment | 5A001c |
| Stored programme controlled digital cross connection equipment | 5A00 1b.2 |
| Strap down/gimbal gyros & gyro components | 7A002 |
| Streak cameras, electronic type | 6A203b.1 |
| Streak cameras, mechanical or electronic | 6A003a.3 |
| Streak cameras, mechanical type | 6A203a.2 |
| Streak tubes, electronic streak cameras | 6A203b.1 |
| Subcavitating hydrofoils | 8A002m |
| Submarine vessel positioning systems, acoustic | 6A001a.1.d |
| Submarines, military | ML9 |
| Submersible stage recirculation pumps | B40b.2.c |
| Submersible vehicles/vehicle systems or equipment | 8A001 |
| 8A002a | |
| Submersible vessels | 8A990c |
| Substrate development/production technology, diamond film | 3E002d |
| Substrates, multi-layer hetero-epitaxial materials | 3C001 |
| Substrates, semiconductor with resist coating | 3C002 |
| Sulphur dichloride | 1C350a.45 |
| Sulphur monochloride | 1C350a.46 |
| Super-ventilated propellers | 8A002o.1.a |
| Supercavitating hydrofoils | 8A002m |
| Supercavitating propellers | 8A002o.1.a |
| Supercomputers | see Computers |
| Superconducting quantum interference devices (SQUIDs) | 6A006h |
| Superconductive circuits/systems, energy storage | 3A001e.4 |
| Superconductive composite conductors | 1C005 |
| Superconductive devices or circuits | 3A001d |
| Superconductive electromagnetic sensors | 6A006h |
| Superconductive electromagnets or solenoids | 3A001e.3 |
| 3A201b | |
| Superconductive electronic device technology | 3E002c |
| Superconductive equipment/accessories/components, military | ML20 |
| Superconductive gates, current switching | 3A001d.2 |
| Superconductive propulsion engines | 8A002o.2.c |
| Superconductive quantum interference devices (SQUIDs) | 6A006h |
| Superfine iron oxide (Fe₂0₃ or hematite) | ML8e.24 |
| Superplastic forming technology, metal working | 2E003b.1.a |
| Superplastic forming technology/data | 2E003b.2.a |
| Superplastic forming tools, dies, moulds or fixtures | 1B003 |
| Supersonic expansion nozzles for UF₆ carrier gas | B10b.7.a |
| Surface acoustic wave devices | 3A001c.1 |
| Surface coating & processing equipment, non-electronic substrates | 2B005 |
| Surface irregularity measuring equipment/instruments | 2B006d |
| Surface skimming (shallow bulk) acoustic wave devices | 3A001c.1 |
| Surface vessel positioning systems, acoustic | 6A001a.1.d |
| Surface vessels | ML9 |
| 8A001 | |
| Surface-effect vehicles | ML9 |
| 8A001f | |
| 8A001g | |
| 8A002k | |
| Surveillance systems | ML5b |
| Survey systems, bathymetric | 6A001a.1.b |
| Suspensions, military vehicle | ML6m |
| Sweeping equipment, military explosive | ML4b |
| Sweeping equipment, improvised explosive devices | PL5006 |
| Swept frequency network analysers | 3A002e |
| Swimming apparatus, underwater | ML17a |
| Swine fever virus (Hog cholera virus) | 1C352a.7 |
| Swine vesicular disease virus (Porcine enterovirus type 9) | 1C352a.11 |
| Swine, live | Part I Group 1 (1) |
| Switch fabric development/production technology | 5E001b.5 |
| Switches, optical opacity (filters) | 6A004d.3 |
| Switches, solid state | 3A228 |
| Switching devices/modules or assemblies | 3A228 |
| Switching equipment/system software (Telecommunications) | 5D001c.1 |
| Symmetrical dimethyl hydrazine | ML8a.18 |
| Synchronous Digital Hierarchy (SDH) technology | 5E001b.4 |
| Synchronous Optical Network technology (SONET) | 5E001b.4 |
| Syntactic foam, underwater use | 8C001 |
| Synthetic aperture radar (SAR) | 6A008d |
| Synthetic diamond material | 6C004g |
| Systolic array computers | 4A004a |
| T4 (Cyclotrimethylenetrinitramine or RDX) | ML8a.20 |
| TACOT (Tetranitrobenzotriazolobenzotriazole) | ML8a.14 |
| TAGN (Triaminoguanidinenitrate) | ML8a.11 |
| TAIW (Tetraacetyldibenzylhexaazaisowurtzitane) | ML8e.36 |
| TATB (Triaminotrinitrobenzene) | ML8a.10 |
| TEGDN (Triethylene glycol dinitrate) propellant additive | 1C115b.3 |
| TEPAN (Tetraethylenepentamineacrylonitrile) | ML8e.37 |
| TEPANOL (Tetraethylenepentamineacrylonitrileglycidol) | ML8e.38 |
| TIMS (Thermal ionization mass spectrometers) | 3A233c |
| TNAZ (1,1,3-Trinitroazetidine) | ML8a.28 |
| TNGU (Tetranitroglycoluril or SORGUYL) | ML8a.13 |
| TNT (Trinitrotoluene) | 1C991h |
| TPB (Triphenyl bismuth) | ML8e.39 |
| TV cameras, radiation-hardened | 6A203c |
| TVOPA (1,2,3-Tris(1,2-bis(difluoroamino)ethoxy)propane) | ML8e.43 |
| TVOPA (Tris vinoxy propane adduct) | ML8e.40 |
| Tank destroyers | ML2a |
| Tanks & related equipment/components | ML6a |
| Tanks, chemical storage | 2B350c |
| Tank transporters | ML6i |
| Tantalum crucibles coated with tantalum carbide/nitride/boride | 2A225c |
| Tantalum made or lined crucibles | 2A225b |
| Tape designed for testing recording equipment of entry 3A002a | 3A002a |
| Tape-laying machines | 1B001b |
| 1B101b | |
| Tapered roller bearings | 2A003 |
| Target acquisition systems | ML5b |
| Target designation systems | ML5b |
| Tear gases | ML7c |
| Technical military databases libraries, parametric | ML17f |
| Technology, airbourne equipment | 7E004a |
| Technology, aircraft simulators | PL5027 |
| Technology, aircraft/parts/components | 9E990 |
| Technology, aircraft/steerable parachutes | 9E991 |
| Technology, composite materials installation, maintenance or repair | 1E002e |
| Technology, composite structures repair of entries 1A002, 1C007c | 1E002f |
| Technology, diamond substrate film | 3E002d |
| Technology, for entries of Group 1 (Military List) except those specified in PL5027 | PL5028 |
| Technology, for entries of Group 2 (Atomic Energy List) | E10 |
| E20 | |
| Technology, gas turbine engines/components | 9E003a |
| 9E003c | |
| Technology, helicopter power transfer systems | 9E003d |
| Technology, hetero-structure semiconductor device | 3E002b |
| Technology, high output type diesel engines/systems/components | 9E003e |
| Technology, magnetic hard disk drive | 4E002b |
| Technology, materials processing equipmentof | 2E001 |
| Technology, materials processing equipment for 2A, 2B goods | 2E002 |
| Technology, military goods | ML18c |
| ML18d | |
| PL5027 | |
| PL5028 | |
| Technology, multi-data-stream processing goods | 4E002a |
| Technology, overhaul/refurbishing of goods of 8A001, 8A002b,j,o,p | 8E002b |
| Technology, repair/refurbishing/overhaul of entries 7A001-4 | 7E003 |
| Technology, software development for entries 1D001,1D101,3 | 1E102 |
| Technology, superconductive electronic device | 3E002c |
| Technology, tilt rotor/wing power transfer systems | 9E003d |
| Technology, vacuum microelectronic device | 3E002a |
| Telecommunications equipment | 5A001 |
| Telecommunications equipment/system software | 5D001c.3 |
| Telecommunications production equipment | 5B001a.2 |
| Telecommunications test equipment | 5B001a.3 |
| Telemetering & telecontrol equipment | ML11 |
| 5A101 | |
| Telemetry equipment/systems | 5A101 |
| Telescopic sights for firearms | PL5002 |
| Television cameras, underwater | 8A002d.1.a |
| 8A002d.1.b | |
| Television systems, underwater | 8A002d.3 |
| Tellurium (Te) | 6C002a |
| Tempest type equipment | 5A002d |
| Tension stretchers for prepegs/preform production | 1B101e |
| Terminal interface equipment, digital computers | 4A003f |
| Terrestrial geophones | 6A001b |
| Teschen disease virus | 1C352a.14 |
| Test & evaluation facilities, kinetic energy weapons | ML26b |
| Test (physical models) results, directed energy weapon systems or components | ML23e |
| Test benches/stands, rockets/rocket motors | 9B117 |
| Test chambers, aerosol challenge | 2B352f |
| Test equipment, semiconductor devices | 3B008 |
| Test facilities, military environmental | ML18b |
| Test receivers, microwave | 3A002f |
| Test tape for recording equipment | 3A002a |
| 1,3,5,7-Tetraacetyl-1,3,5,7-tetraazacyclooctane (TAT) | ML8e.46 |
| Tetraacetyldibenzylhexaazaisowurtzitane (TAIW) | ML8e.36 |
| 1,4,5,8-Tetraazadecalin | ML8e.47 |
| Tetraethylenepentamineacrylonitrile (TEPAN) | ML8e.37 |
| Tetraethylenepentamineacrylonitrileglycidol (TEPANOL) | ML8e.38 |
| 1,3,5,7-Tetranitro-1,3,5,7-tetrazacyclooctane | ML8a.7 |
| 1,4,5,8-Tetranitro-l,4,5,8-tetraazadecalin (TNAD) | ML8a.29 |
| 2,4,6,8-Tetranitro-2,4,6,8-tetraazabicyclo(3,3,0)octan-3-one | ML8a.27 |
| Tetranitrobenzotriazolobenzotriazole (TACOT) | ML8a.14 |
| Tetranitroglycoluril (TNGU or SORGUYL) | ML8a.13 |
| Tetranitrosemiglycouril (K-55) | ML8a.27 |
| Tetrodotoxin | 1C351d.8 |
| Tetryl | 1C991 |
| Thallium arsenic selenide (Tl₃AsSe₃ or TAS) | 6C004b.3 |
| Thermal imaging equipment | ML15d |
| Thermal ionization mass spectrometers (TIMS) | 3A233c |
| Thermal sensors, optical fibre | 6A002d.3 |
| Thermoplastic liquid crystal copolymers | 1C008b |
| Thickeners for hydrocarbon fuels (including M1, M2, M3) | ML8d |
| Thio-ethers (alkylphenylene) | 1C006b.1 |
| Thiodiglycol | 1C350a.47 |
| Thionyl chloride | 1C350a.48 |
| Thorium metal/alloys/compounds/concentrates | A10 |
| Thrust chamber, high pressure | 9A006e |
| Thrust tab, thrust vector control sub-system | 9A106 |
| Thrust tabs, solid rocket motor | 9A108c |
| Thrust vector control sub-systems, liquid rocket propulsion | 9A106b |
| Thrust vector control sub-systems, solid rocket motor | 9A108c |
| Thrust vector control systems, rocket | 9A008d |
| Thulium-YAG (Tm: YAG) lasers | 6A005c.1 |
| Thulium-YSGG (Tm: YSGG) lasers | 6A005c.1 |
| Tilt rotor/tilt wing power transfer system technology | 9E003d |
| Tilting spindles | 2B009 |
| Time or frequency domain processing & correlation equipment | 6A001a.2.c |
| Titanium IV, 2,2(bis 2-propenolato-methyl, butanolate (LICA 12) | ML8e.30.a |
| Titanium IV, ((2-propenolato-1)methyl, N-propanolatomethyl) butanolato-1, tris(dioctyl)phosphate | ML8e.30.c |
| Titanium IV, ((2-propenolato-1)methyl, N-propanolatomethyl) butanolato-1, tris(dioctyl)pyrophosphato | ML8e.30.b |
| Titanium alloys/powders/manufactures | 1C002a.2.c |
| 1C002b.1.c | |
| 1C202 | |
| Titanium aluminides | 1C002a.1.b |
| Titanium doped sapphire laser host material | 6C005a |
| Titanium subhydride of stoichiometry TiH 0.65-1.68 | ML8a.12 |
| Titanium-sapphire (Ti: A1₂O₃) lasers | 6A005c.1 |
| Tooling for gas turbine blade drilling processes | 9B001b |
| Tooling for powder metallurgy rotor blade component manufacture | 9B00 9 |
| Torpedo activation equipment | ML4b |
| Torpedo control equipment | ML4b |
| Torpedo handling equipment | ML4b |
| Torpedoes & components | ML4a |
| Tow-placement machines | 1B001b |
| Towed acoustic hydrophone arrays | 6A001a.2.b |
| Toxic gas monitoring systems | 2B351 |
| Toxicological agent defence systems/equipment/products | ML7e |
| Toxicological agent dissemination equipment & components | ML7d |
| Toxicological agents | ML7a |
| Toxilogical agent development/production/use technology | ML7i.1 |
| Toxilogical agents/tear gases & related equipment/components/materials | ML7 |
| Toxins | 1C351d |
| 1C353b | |
| Tracking radar | 6A0081.1 |
| Tracking systems | 6A108b.1 |
| ML5b | |
| Tractors, designed/modified for military use | ML6i,f |
| Trailers, ammunition | ML6f |
| Training equipment, military | ML14 |
| Transceivers, radio | ML11 |
| 5A001b.5-11 | |
| Transcoders (translation encoders) | 5A001b.1 |
| Transducers, acoustic projectors | 6A100a.1.c |
| Transducers, hydrophone | 6A001a.2.a |
| Transducers, wall skin friction | 9B008 |
| Transient recorders (Waveform digitisers) | 3A002a.5 |
| 3A202d | |
| Transistor test equipment, S-parameter measurement | 3B008a |
| Transistors, microwave | 3A001b.3 |
| Translation encoders (transcoders) | 5A001b.1 |
| Transmitters, radio | ML11 |
| 5A001b.5-11 | |
| Transmultiplex equipment | 5A001b.1 |
| Travelling wave tubes (TWTs) | ML11 |
| 3A001b.1.a | |
| Tray exchange towers | B40b.1.a |
| Treatments, designed for reduced reflectivity | ML17c |
| Triaminoguanidinenitrate (TAGN | ML8a.11 |
| Triaminotrinitrobenzene (TATB) | ML8a.10 |
| 1,3,5-Trichlorobenzene | ML8e.44 |
| Triethanolamine | 1C350a.49 |
| Triethanolamine hydrochloride | 1C350a.50 |
| Triethyl phosphite | 1C350a.51 |
| Triethylene glycol dinitrate (TEGDN) | 1C115c.3 |
| Triggered spark-gaps | 3A228b |
| 1,2,4-Trihydroxybutane | ML8e.45 |
| Trimethyl phosphite | 1C350a.52 |
| Trimethyladipic backbone structures | ML8e.32 |
| 1,3,5-Trinitro-1,3,5-triaza-cyclohexane | ML8a.20 |
| 2,4,6-Trinitro-2,4,6-triazacyclohexanone (K-6 or Keto-RDX) | ML8a.26 |
| 1,1,3-Trinitroazetidine (TNAZ) | ML8a.28 |
| Trinitrophenylmethylnitramine | 1C991 |
| 2,4,6-Trinitrotoluene (TNT) | 1C991 |
| Triodes, cold cathode | ML11 |
| 3A228a | |
| Triphenyl bismuth (TPB) | ML8e.39 |
| Tris(dioctyl)phosphate (KR3512) | ML8e.30.c |
| Tris(dioctyl)phosphato-O (LICA 12) | ML8e.30.a |
| Tris(dioctyl)pyrophosphato (KR3538 | ML8e.30.b |
| Tris vinoxy propane adduct (TVOPA) | ML8e.40,43 |
| Tris-1-(2-methyl)aziridinyl phosphine oxide (MAPO) | ML8e.41 |
| 1,2,3-Tris(1,2-bis(difluoroamino)ethoxy) propane | ML8e.43 |
| Tris vinoxy propane adduct (TVOPA) | ML8e.43 |
| Tritium plant | 1B231 |
| Tritium, compounds & mixtures | 1C235 |
| Tropospheric scatter communications equipment | 5A990 |
| Trucks, drop sided | Part I Group 3 (1.c) |
| Trusted Computer System Evaluation Criteria (TCSEC) capability | 5A002f |
| Tubes, frequency agile | 3A001b.1 |
| Tubes, gas krytron | 3A228a |
| Tubes, vacuum sprytron | 3A228a |
| Tunable band-pass filters | 3A001b.5 |
| Tunable lasers, solid state | 6A005c.1 |
| Tunable optical filters | 6A004d.2 |
| Tungsten & molybdenum metals alloys | 1C117 |
| Tungsten alloys | 1C004 |
| Tungsten alloys, as parts | 1C226 |
| Tungsten carbide, as parts | 1C226 |
| Tungsten, as parts | 1C226 |
| Turbocompound engines | 9A101 |
| Turboexpanders or turboexpander-compressors | B40b.3.b |
| Turbofan & turbojet engines, lightweight | 9A101 |
| Turning machines (CNC) | 2B001c |
| 2B002a | |
| TWTs (Travelling Wave Tubes) | ML11 |
| 3A001b.1.a | |
| Two dimensional focal plane arrays | 6A002a |
| Tyre pressure control systems, military | ML61 |
| UF₆ auxiliary isotope separation/enrichment equipment | B20 |
| UF₆ desublimers | B20b |
| UF₆ liquefaction stations | B20d |
| UF₆ piping systems | B20e |
| UF₆ product & tails stations | B20c |
| UF₆ production plant, equipment & components | B30 |
| UN Class 1.1 solid propellants | ML8b.3 |
| UN Class 1.3 solid propellants | ML8b.4 |
| Ultrasonic test equipment for nuclear reactors | B100b |
| Underwater (propeller) noise reduction software | 8D002 |
| Underwater cameras, photographic | 8A002e |
| Underwater communication cable | 5A001e.3 |
| Underwater communications systems | 5A001b.11 |
| Underwater electronic imaging systems | 8A002f |
| Underwater noise reduction technology | 8E002 |
| Underwater optical fibre cables & accessories | 5A001e.3 |
| Underwater robots, computer controlled | 8A002h |
| Underwater swimming apparatus | ML17a |
| Underwater vehicles | 8A001 |
| Underwater velocity measurement equipment | 6A001c |
| Underwater vision systems | 8A002d |
| Unmanned airborne vehicles & launchers | ML10d |
| Unmanned tethered submersible vehicles | 8A001c |
| Unmanned untethered submersible vehicles | 8A001d |
| Unsymmetrical dimethyl hydrazine | ML8a.18 |
| Uranium cooling equipment | B10b.6.b |
| Uranium fluoride (UF₅) product filter collectors | B10b.7.a |
| Uranium hexafluoride (UF₆) resistant particulate materials | A70 |
| Uranium metal, alloys, compounds & concentrates | A10 |
| Uranium titanium alloys | 1C004 |
| Uranium vapour product & tails collector systems | B10b.6.c |
| Uranium, enriched | A20 |
| Utility vehicles, all wheel drive | Part I Group 3 (1.a) |
| Vaccines for Bacillus anthracis & Botulinum toxin | 1C992 |
| Vacuum headers | B20f |
| Vacuum induction furnaces | 2B226 |
| Vacuum induction furnace, power supplies | 2B226 |
| Vacuum manifolds | B20f |
| Vacuum microelectronic device development/production technology | 3E002a |
| Vacuum pumps | B20f |
| 2B231 | |
| Vacuum melting & casting furnaces | 2B227 |
| Vacuum tubes, electronic | ML11 |
| 3A001b.1 | |
| 3A228 | |
| Valve seals | 1A001a |
| Valves, bellows | 2B350g |
| Valves, bellows seal | 2A226 |
| Valves, diaphragm | 2B350g |
| Valves, double-seal | 2B350g |
| Valves, electronic vacuum | ML11 |
| 3A001b.1 | |
| 3A228 | |
| Valves, gaseous diffusion isotope separation | B10b.1.a |
| Valves, multiple seal incorporating a leak detection port | 2B350g |
| Valves, non-return (check) | 2B350g |
| Variola virus | 1C351a.15 |
| Vector processors | 4A003 |
| Vehicle mounted containers & components, military | PL5031 |
| Vehicles & equipment, riot control | PL5001f |
| Vehicles & related equipment/components, military | ML6 |
| Vehicles fitted with mountings for arms | ML6b |
| Vehicles modified for military use | ML6 |
| Vehicles, drop sided trucks | Part I Group 3 (1.a) |
| Vehicles, heavy duty recovery | Part I Group 3 (1.a) |
| Vehicles, space/space craft/rocket launch support | 9A115b |
| Vehicles, utility all wheel drive | Part I Group 3 (1.a) |
| Vehicular mounted containers & components, military | PL5031 |
| Velocity interferometers (VISARs) | 6A225 |
| Velocity measurement equipment, underwater | 6A001c |
| Venezuelan equine encephalitis virus | 1C351a.16 |
| Ventilated full or half suits | 2B352a.2 |
| Ventilated propellers | 8A002o.1.a |
| Verotoxin | 1C351d.9 |
| Vesicular stomatitis virus | 1C352a.15 |
| Vessel positioning systems, acoustic | 6A001a.1.d |
| Vessels, combat | ML9 |
| Vessels, helicopter support/landing | 8A990b |
| Vessels, inflatable | 8A990d |
| Vessels, marine | ML9 |
| 8A001 | |
| 8A990 | |
| Vessels, with decks/platforms strengthened for weapons | ML9 |
| 8A991 | |
| Vibration test equipment software | 9D004a |
| 2D101 | |
| Vibration test equipment using digital control techniques | 2B116 |
| Vibration test equipment, acoustic | 9B006 |
| Vibrio cholerae | 1C351c.12 |
| Video cameras incorporating solid state sensors | 6A003b.1 |
| Vinylidene fluoride copolymer components | 1A001 |
| Vinylidene fluoride copolymers | 1C009a |
| Virus protection software for information security software | 5D002c.3 |
| Viruses | ML7a |
| 1C351a | |
| 1C352a | |
| Virus, biocatalyst production systems | ML7h.2 |
| Viscous software, 2D or 3D engine flow modelling | 9D004b |
| Vision systems, underwater | 8A002d |
| Vortex tubes, aerodynamic isotope separation | B10b.3.b |
| Wafer handling systems, semiconductor | 3B005 |
| Wafers, comprising multiple epitaxially grown layers | 3C001 |
| Wafers, semiconductor with function determined | 3A001a |
| Wall skin friction transducers | 9B008 |
| Warning systems/equipment/components | ML5 |
| Warships | ML9 |
| Water jet cutting machines (CNC) | 2B001c.4.a.1 |
| Water cannon | PL5001e |
| Water distillation towers | B40b.4.a |
| Water jet (pumpjet) propulsion systems | 8A002p |
| Water tunnels, propulsion model acoustic field measurement | 8B001 |
| Water-hydrogen sulphide exchange tray columns | 1B229 |
| Water-screw propellers | 8A002o.1 |
| Wave division multiplex equipment | 5A001b.4 |
| Waveform digitisers (Transient recorders) | 3A002a.5 |
| Wax pattern preparation equipment | 9B001g |
| Weapon control systems | ML5a |
| Weapon sights | ML5a |
| PL5002 | |
| Weapons of mass destruction & any goods with related use | Part II (1,2) |
| Weapons using caseless ammunition | ML1c |
| Weapons, small arms/firearms | ML1 |
| ML2a | |
| PL5018 | |
| Weapons, other than small arms/firearms | ML4 |
| ML6 | |
| ML9 | |
| ML10 | |
| ML23 | |
| ML26 | |
| Weaving machines | 1B001c |
| Western equine encephalitis virus | 1C351a.17 |
| Wet-spinning equipment for refractory ceramics | 1B001d |
| Wet-spinning equipment for refractory ceramics | 1B101d |
| White pox | 1C351a.18 |
| Wide-swath bathymetric survey systems | 6A001a.1 |
| Wind tunnel aero-model technology | 9E003b.1 |
| Wind tunnel, control systems | 9B005 |
| Wind tunnels | 9B105 |
| Wire feed type EDMs | 2B001c.2 |
| Work stations, computers | 4A003 |
| X-ray (non planar) inspection equipment, rocket motors | 9B007 |
| X-ray apparatus & devices, explosive detection or location | 3A990 |
| X-ray equipment, radiographic | 3A101b |
| X-ray sensitive resist materials | 3C002c |
| X-ray systems, flash discharge | 3A001e.5 |
| 3A201c | |
| Xanthomonas albilineans | 1C354a.1 |
| Xanthomonas campestris pv. | 1C354a.2 |
| Xanthomonas citri | 1C354a.2 |
| Yellow fever virus | 1C351a.19 |
| Yttrium oxide (yttria) (Y₂0₃) made/coated crucibles | 2A225a.8 |
| Zinc metal or alloy powder | 1C115a.2.e |
| Zinc selenide (ZnSe), substrate blanks | 6C004a |
| Zinc sulphide (ZnS), substrate blanks | 6C004a |
| Zirconium fluoride (ZrF₄) glass | 6C004f |
| 1C234 | |
| Zirconium metal/alloy powder | ML8a.2.a |
| 1C115a.2.a,f | |
| Zirconium metal/alloy tubes | B50f |
| Zirconium oxide (zirconia) (ZrO₂) crucibles | 2A225a.9 |
| Zoonoses (Human or Animal pathogens) | 1C351a,b,c |
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