| The document is not available in one of the selected languages. Please choose another one from the drop-down list. | Avis juridique important |
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| | 31999X0812 |
| | Index of goods listed in Annex I to Council Decision 1999/193/CFSP of 9 March 1999 amending Decision 94/942/CFSP on the joint action adopted by the Council on the basis of Article J.3 of the Treaty on European Union concerning the control of exports of dual-use goods |
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| | Official Journal C 230 , 12/08/1999 P. 0001 - 0063 |
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| | Index of goods listed in Annex I to Council Decision 1999/193/CFSP of 9 March 1999 amending Decision 94/942/CFSP on the joint action adopted by the Council on the basis of Article J.3 of the Treaty on European Union concerning the control of exports of dual-use goods |
| | OJ L 73, 19.3.1999, p. 1. |
| | (1999/C 230/01) |
| | (NB: This index is not an exhaustive list of controlled goods, some may not be described here). |
| | Description of controlled goods // Entry |
| | Ablative liners for thrust/combustion chambers // 9A106a |
| | Absolute reflectance measurement equipment // 6B004a |
| | Absorbers of electromagnetic waves // 1C001 |
| | Absorbers, hair type // 1C001a |
| | Absorbers, non-planar & planar // 1C001a |
| | Absorption columns // 2B350e |
| | Accelerators (electro-magnetic radiation) // 3A101b |
| | Accelerators or coprocessors, graphics // 4A003d |
| | Accelerometer axis align stations // 7B003 |
| | Accelerometers & accelerometer components // 7A001, 7A101 |
| | Acoustic-optic signal procesing devices // 3A001c.3 |
| | Acoustic beam forming software // 6D003a.1 |
| | 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 // 6A001a |
| | Acoustic transducers, hydrophones // 6A001a.2.a |
| | Acoustic underwater communications systems // 5A001b.1.a |
| | Acoustic vibration test equipment // 9B006 |
| | Acoustic wave devices // 3A001c |
| | Active acoustic systems // 6A001a.1 |
| | Active compensating system rotor clearance control software // 9D004d |
| | Active flight control system software // 7D003e |
| | Active flight control system technology // 7E004b |
| | Active magnetic bearing systems // 2A001c |
| | Actively cooled mirrors // 6A005e.1 |
| | Adaptive control software // 2D002 |
| | ADCs (analogue-to-digital converters) // 3A101a, 3A001a.5 |
| | ADC (analogue-to-digital converters) electronic assemblies // 4A003e |
| | Aero gas turbine engine/assemblies/component test software // 9D004b |
| | Aero gas turbine engines // 9A001 |
| | Aerodynamic isotope separation plant/element housings // 0B001a.3 |
| | Aerodynamic separation process systems & components // 0B001d |
| | Aerosol challenge testing chambers // 2B352g |
| | Aflatoxins // 1C351d.11 |
| | African swine fever virus (animal pathogens) // 1C352a.1 |
| | Agitators (chemical manufacturing) // 2B350b |
| | AHRS (attitude heading reference systems), source code // 7D002 |
| | Air independent power systems (for underwater use) // 8A002j |
| | Air traffic control software // 6D003d.1 |
| | Airborne altimeters // 7A006 |
| | Airborne altimeters, radar or laser types // 7A106 |
| | Aircraft inertial navigation systems & equipment // 7A003, 7A103 |
| | Alexandrite laser host material // 6C005b |
| | Alexandrite lasers // 6A005c.1 |
| | Align & expose step & repeat equipment (wafer processing) // 3B001f.1 |
| | Alkylphenylene ethers or thio-ethers, as lubricating fluids // 1C006b |
| | Alloy strips, magnetic // 1C003c |
| | Alloyed metal materials in powder or particulate form // 1C002b, 1C002c, 1C202 |
| | Alloys, aluminium // 1C202a, 1C002a.2.d |
| | Alloys, magnesium // 1C002a.2.e |
| | Alloys, metal powder // 1C002b |
| | Alloys, nickel // 1C002a.2.a, 1C002a.1.a, 1C002a.1 |
| | Alloys, niobium // 1C002a.2.b |
| | Alloys, titanium // 1C202b, 1C002a.1.b |
| | Alpha-emitting radionuclides // 1C236 |
| | Alimeters, airborne // 7A006, 7A106 |
| | Aluminides, nickel // 1C002a.1.a |
| | Aluminides, titanium // 1C002a.1.b |
| | Aluminium alloy powder // 1C002b.1.d, 1C002c |
| | Aluminium alloys // 1C202, 1C002a.1, 1C002a.2.d |
| | Aluminium organo-metallic compounds // 3C003a |
| | Aluminium powder, spherical // 1C111a.1 |
| | Amalgam electrolysis cells, lithium isotope separation // 1B233 |
| | Amalgam pumps, lithium // 1B233.b.2 |
| | Amiton: 0, 0-Diethyl S-[2-(diethylamino)ethyl]phosphorothiolate // 1C450a.1 |
| | Ammonia-hydrogen exchange plant, equipment and components // 0B004a.2 |
| | Ammonia crackers (operating pressure over 3 MPa) // 0B004b.5 |
| | Ammonia distillation towers // 0B004b |
| | Ammonia synthesis converters & units // 1B227 |
| | Ammonium bifluoride - see ammonium hydrogen fluoride |
| | Ammonium hydrogen fluoride // 1C350.42 |
| | Amorphous alloy strips // 1C003c |
| | Amplifiers, microwave solid state // 3A001b.4 |
| | Anaerobic chambers // 2B352f |
| | Analogue-to-digital conversion equipment // 4A003e |
| | Analogue-to digital converters, integrated circuits // 3A101a, 3A001a.5 |
| | Analogue computers for space launch vehicles and sounding rockets // 4A101 |
| | Analogue instrumentation tape recorders // 3A002a.1 |
| | Analysers, network // 3A002e |
| | Analysers, spectrum // 3A002c.1 |
| | Anechoic chambers // 9B106b |
| | Angular-linear inspection equipment (hemishells) // 2B206b |
| | Angular measuring instruments // 2B206a, 2B006b.2 |
| | Animal pathogens // 1C352 |
| | Antennae, phased array // 5A001d, 6A008e |
| | Anti-vibration mounts (noise reduction), civil vessels // 8A002o.3.a |
| | Antimony hydrides // 3C004 |
| | Aramid fibres & filamentary materials // 1C010a, 1C210a |
| | Arc remelt & casting furnaces // 2B227a |
| | Argon ion lasers // 6A205a, 6A005a.6 |
| | Armour body // 1A005 |
| | Aromatic polyamide-imides // 1C008a.2 |
| | Aromatic polyamide fibres production technology // 1E002d |
| | Aromatic polyetherimides // 1C008a.4 |
| | Aromatic polyimides // 1C008a.3 |
| | Array processor microcircuits // 3A001a.3 |
| | Array processors/assemblies // 4A003, 4A004 |
| | Arsenic hydrides // 3C004 |
| | Arsenic trichloride // 1C350.31 |
| | Artificial Intelligence software // 4D003b |
| | Atomic clocks, frequency standards // 3A002g |
| | Atomic transition solid state lasers // 6A005c.2 |
| | Atomic vapour laser isotope separation plant (ALVIS) // 0B001g |
| | Atomic vapour laser isotope separation process equipment // 0B001g |
| | Attitude control equipment // 7A116b |
| | Attitude heading reference systems (AHRS), source software // 7D002 |
| | Aujeszky's disease virus (Porcine herpes virus) // 1C352a.6 |
| | Autoclave regulation technology // 1E103 |
| | Autoclaves, gaseous diffusion or centrifuge cascade // 0B002a |
| | Automated control systems, submersible vehicles // 8A002b |
| | Avian influenza virus // 1C352a.2 |
| | Avionics EMP/EMI protection technology // 7E102 |
| | Bacillus anthracis // 1C351c.1 |
| | Bacteria // 1C351c, 1C352b, 1C353, 1C354a |
| | Balancing machines, centrifugal multiplane // 2B229 |
| | Ball & solid roller bearings // 2A001a., 2A001b |
| | Band-pass filters, tunable // 3A001b.5 |
| | Band-stop filters, tunable // 3A001b.5 |
| | Barium metal vapour lasers // 6A005a.2.d |
| | Batch mixers with vacuum & temperature control // 1B115 |
| | Bathymetric survey systems // 6A001a.1.a |
| | Batteries/cells (high energy) // 3A001e.1.a, 3A001e.1.b |
| | Bay cable systems // 6A001a.2.e |
| | Bay cable systems software // 6D003a.3 |
| | Beam steering mirrors // 6A004a.4 |
| | Beamforming techniques, towed hydrophones // 6A001a.2.c. |
| | Bearings, ball & solid roller // 2A001a, 2A001b |
| | Bearings, gas centrifuge // 0B001b.7, 0B001b.8 |
| | Bearings, high precision // 2A001, 2A001c, 0B001b.7 |
| | Bearings, solid roller // 2A001b |
| | Bellows-forming dies // 2B228c |
| | Bellows-forming mandrels // 2B228c |
| | Bellows pumps // 2B350i |
| | Bellows seal valves // 0B001c.6, 2B350g, 0B001d.6, 2A226 |
| | Benzilic acid // 1C350.32 |
| | Beryllium metal or alloy powder // 1C230, 1C111a.2 |
| | Beryllium/beryllium substrate blanks // 6C004d |
| | Biological containment facilities, ACDP level 3 or 4 // 2B252a |
| | Biological isolators // 2B352f |
| | Biological manufacturing equipment & facilities // 2B352 |
| | Biological safety cabinets // 2B352f |
| | Bioreactors // 2B352b |
| | Bismaleimides // 1C008a.1 |
| | Bismuth // 1C229 |
| | Bladders for aircraft/aerospace/missiles, fuel // 1A001a |
| | Blanks, beryllium/beryllium (Be/Be) deposited material // 6C004d |
| | Blanks, zinc selenide (ZnSe) substrate // 6C004a |
| | Blanks, zinc sulphide (ZnS) substrate // 6C004a |
| | Blowers, axial flow/centrifugal/positive displacement/turbo // 0B001c.3, 0B001d.3 |
| | Bluetongue virus // 1C352a.3 |
| | Body armour // 1A005 |
| | Boring machines (CNC) // 2B001, 2B201 |
| | Boron & boron compounds // 1C225 |
| | Boron carbide powder (fuel) // 1C011b |
| | Boron metal or alloy powder // 1C011b, 1C111a.2 |
| | Bottom cable systems // 6A001a.2.e |
| | Bottom cable systems software // 6D003a.3 |
| | Botulinum toxin // 1C351d.1 |
| | Boules of electro-optic materials // 6C004b |
| | Brayton cycle engine, air independent // 8A002j.1 |
| | Brucella abortus // 1C351c.2 |
| | Brucella melitensis // 1C351c.3 |
| | Brucella suis // 1C351c.4 |
| | Bulk acoustic wave devices // 3A001c.2 |
| | BZ: 3-Quinuclidinyl benzilate // 1C450a.3 |
| | Cable - optical fibre & accessories for underwater use // 5A001c.2 |
| | Cable, underwater communication // 5A001c.2 |
| | Cables with surreptitious intrusion detection // 5A002a.7 |
| | Cables, optical fibre // 5A001c.1 |
| | CAD (computer-aided-design) software for semiconductors // 3D003 |
| | Cadmium telluride (CdTe) single crystals/epitaxial wafers // 6C002b |
| | Cadmium zinc telluride single crystals & epitaxial wafers // 6C002b |
| | Calcium // 1C227 |
| | Calcium fluoride (CaF2) made/coated crucibles // 2A225a.1 |
| | Calcium zirconate (metazirconate) CaZrO3) crucibles // 2A225a.2 |
| | Cameras and components // 6A003 |
| | Cameras and components // 6A203 |
| | Cameras, electronic framing type // 6A203b.3, 6A003a.4 |
| | Cameras, electronic streak type // 6A203b.1, 6A003a.3 |
| | Cameras, framing // 6A003a.3, 6A203a.1 |
| | Cameras, imaging // 6A003b, 6A203c |
| | Cameras, mechanical // 6A003a, 6A203a |
| | Cameras, radiation hardened TV // 6A203c |
| | Cameras, scanning & scanning camera systems // 6A003b.2 |
| | Cameras, underwater photographic, still // 8A002e |
| | Cameras, video using solid state sensors // 6A003b.1 |
| | Canned drive pumps // 2B350i |
| | Capacitors // 3A201a, 3A001e.2 |
| | Carbon-carbon materials // 1A102 |
| | Carbon dioxide (CO2) lasers // 6A005a.4, 6A205d |
| | Carbon fibre & filamentary materials // 1C010b, 1C210a |
| | Carbon monoxide (CO) lasers // 6A005a.3 |
| | Carbon or alumina fibre conversion equipment // 1B001d, 1B101d |
| | Carbon-carbon exit cones // 9A006h |
| | Carbon-carbon thrust chambers // 9A006h |
| | Carbonyl dichloride: Phosgene // 1C450a.4 |
| | Carboxy-terminated polybutadiene (CTPB) // 1C111b.1 |
| | Casting and remelt arc furnaces // 2B227a |
| | Catalysts, platinised // 1A225 |
| | Catalytic burners, deuterium conversion to heavy water // 0B004b.7 |
| | Cathodes (impregnated) for electronic microwave tubes // 3A001b.1.c |
| | Cathodic arc deposition production equipment // 2B005f |
| | Cells or batteries (high energy), primary // 3A001e.1.a, 3A001e.1.b |
| | Cellular radio systems development technology // 5E001b.3 |
| | Centrifugal blowers or compressors for hydrogen sulphide circulation // 0B004b.2 |
| | Centrifugal decanters // 2B352c |
| | Centrifugal fixtures for gyro bearings // 7B003 |
| | Centrifugal isotope separation equipment & components // 0B001b, 0B001a.1, 0B002 |
| | Centrifugal multiplane balancing machine, use software // 2D201 |
| | Centrifugal multiplane balancing machines for flexible rotors // 2B229a |
| | Centrifugal pumps // 2B350i |
| | Centrifugal separators // 2B352c |
| | Centrifuge housing to contain rotor tube assembley // 0B001b.11 |
| | Centrifuge rotor assembly equipment // 2B228a |
| | Centrifuge rotor balancing equipment // 2B229 |
| | Centrifuges, gas // 0B001b.1 |
| | Ceramic-matrix composite materials // 1C007c |
| | Ceramic-matrix non-composite materials, Ti borides // 1C007b |
| | Ceramic base materials development/production technology // 1E002c.1 |
| | Ceramic base materials, single or complex borides of Ti // 1C007a |
| | Ceramic composite materials, useable for radomes or nose tips // 1C107b |
| | Ceramic core manufacturing equipment // 9B001c |
| | Ceramic cores for blades & vanes // 9B001c |
| | Ceramic materials & composites // 1C007 |
| | Ceramic shell manufacturing equipment // 9B001c |
| | Ceramic shell wax pattern preparation equipment // 9B001d |
| | Ceramic shells for blades & vanes // 9B001b |
| | Ceramic-ceramic composite materials // 1C007f |
| | Cerium sulphide (Ce2S3) made/coated crucibles // 2A225a.3 |
| | Certification software for information security software // 5D002c.2 |
| | Chambers, aerosol challenge testing (capacity of 1 m3 or more) // 2B352g |
| | Changers, frequency (converters or inverters) // 0B001b.13, 3A225 |
| | Chemical exchange isotope separation process plant, components // 0B001e, 0B001a.4 |
| | Chemical incinerators // 2B350j |
| | Chemical lasers // 6A005a.5 |
| | Chemical manufacturing equipment // 2B350 |
| | Chemical manufacturing facilities // 2B350 |
| | Chemical storage tanks & containers // 2B350c |
| | Chemical vapour deposition (CVD) equipment // 3B001d, 2B005a, 1B001d.2 |
| | Chemical warfare (CW) precursors // 1C350 |
| | Chemicals, precursors for toxic chemical agents // 1C350 |
| | Chemostats for biological processing // 2B352b |
| | Chikungunya virus (human pathogen) // 1C351a.1 |
| | Chlamydia psittaci // 1C351c.5 |
| | Chlorine trifluoride (CIF3) // 1C238 |
| | 2-Chloroethanol // 1C350.15 |
| | Chlorofluorocarbon compound soils as hydraulic fluids // 1C006a.2 |
| | Chloropicrin: Trichloronitromethane // 1C450a.7 |
| | Cinema recording cameras // 6A003a.1 |
| | Cladding test/inspection equipment, for reactor fuel elements // 0B005 |
| | Climatic chambers // 9B106 |
| | Closed-cycle refrigeration systems // 9A006b |
| | Closed circuit diving apparatus // 8A002q |
| | Clostridium botulinum // 1C351c.6 |
| | Clostridium perfringens toxins // 1C351d.2 |
| | Clothing & materials, bullet-resistant // 1A005 |
| | CNTD (controlled nucleation thermal decomposition) equipment // 2B005a.1.b |
| | Coating & processing equipment, for non-electronic substrates // 2B005 |
| | Coating application technology, for non-electronic substrates // 2E003f |
| | Coatings for reduced electromagnetic visibility // 1C101 |
| | Cochliobolus mivabeanus (Helminthosporium oryzae) // 1C354b.2 |
| | Cold-cathode tubes // 3A228a |
| | Cold traps for UF6 // 0B001d.7.d |
| | Cold traps/desublimers for UF6 removal // 0B002b |
| | Colletotrichum coffeanum var. virulans, fungi // 1C354b.1 |
| | Colour centre lasers // 6A005c.1 |
| | Columbium (Niobium) alloys // 1C002a.2.b |
| | Column, absorption or distillation // 2B350e |
| | Column, liquid-liquid exchange, for lithium amalgams // 1B233.b.1 |
| | Combined cycle engines/components // 9A011 |
| | Combustion regulation devices, jet engines // 9A118 |
| | Communications cable systems, secure // 5A002a.7 |
| | Communications systems (underwater) // 5A001b.1 |
| | Compasses (gyro-astro) & devices // 7A004, 7A104 |
| | Compilers (software) for multi-datastream processing equipment // 4D003a |
| | Composite components/structures for spacecraft & space launch vehicles // 9A010 |
| | Composite conductors, superconductive // 1C005 |
| | Components materials software // 1D002 |
| | Composite materials, ceramic // 1C007f |
| | Composite structures for propulsion systems or space vehicles // 9A110 |
| | Composite structures, as tubes // 1A202 |
| | Composites structures, laminates or tubes // 1A002 |
| | Composite temperature/pressure/atmosphere regulation technology // 1E103 |
| | Composite/laminate manufacturers for rockets // 9A110 |
| | Compound semiconductor integrated circuits, industrial // 3A001a.11 |
| | Compound semiconductor photocathodes // 6A002a.2.b.3 |
| | Compressors for hydrogen sulphide circulation // 0B004b.2 |
| | Compressors // 1B232 |
| | Compressors, UF6 // 0B001d.3, 0B001c.3, 0B001h.3 |
| | Computer-aided-design (CAD) software for ICS & semiconductors // 3D003 |
| | Computer control and monitoring systems, furnaces // 2B227c |
| | Computer interconnect equipment // 4A003g |
| | Computer, electronic assemblies & equipment & components // 4A001-4, 4A101 |
| | Computer, electronic components, hybrid // 4A102 |
| | Computer/assemblies/components, neural // 4A004b |
| | Computer assemblies/components, optical // 4A004c |
| | Computers/assemblies/components, systolic array // 4A004a |
| | Computers, analogue & analogue ruggedised // 4A101 |
| | Computers, digital // 4A001, 4A003, 4A004, 4A101 |
| | Computers, having information security characteristics // 4A001b |
| | Computers, hybrid for space launch vehicles and sounding rockets // 4A102 |
| | Computers, radiation hardened // 4A001, 4A001a.2 |
| | Computers, with extended operating temperature range // 4A001a.1 |
| | Condensers or heat exchangers // 0A001i, 2B350d, 0B001d.4, 0B001c.5 |
| | Conductive polymers // 1C001 |
| | Congo-Crimean haemorrhagic fever virus // 1C351a.2 |
| | Conotoxin // 1C351d.3 |
| | Contactors, chemical exchange (ammonia-hydrogen) // 0B004b.4 |
| | Contactors, liquid-liquid centrifugal // 0B001e.2 |
| | Containment facilities // 2B352a |
| | Continous-flow systems for biological processing // 2B352b |
| | Continuous mixers with vacuum & temperature control facility // 1B115 |
| | Contrarotating propellers // 8A002o.1.b |
| | Control apparatus and devices for rocket launchers // 9A115a |
| | Control rods, for nucelar reactors // 0A001d |
| | 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 // 2B207a |
| | Controllers, machine tool (CNC)-software // 2D002 |
| | Controllers, robot // 2B007 |
| | Converter integrated circuits // 3A001a.5 |
| | Converter interfaces for digital video magnetic tape recorders // 3A002a.4 |
| | Converters, frequency // 0B001b.13, 3A225 |
| | Converters, microwave frequency extender // 3A001b.7 |
| | Cooling equipment for molten uranium // 0B001g.2 |
| | Cooling fluids - electronic // 1C006d |
| | Copper metal vapour lasers // 6A005a.2.a |
| | Coprocessor microcircuits // 3A001a.3, 4A003d |
| | Correlation-velocity sonar log equipment // 6A001b |
| | Counter-current solvent extractors // 0B006 |
| | Coxiella burnetii // 1C351b.1 |
| | Critically safe tanks, nuclear fuel reprocessing // 0B006 |
| | Cross-flow filtration equipment // 2B352d |
| | Crossed-field amplifier tubes // 3A001b.1.b |
| | Crucibles, liquid actinide resistant // 2A225 |
| | Crucibles, resistant to molten uranium // 0B001i.4, 0B001g2 |
| | Crucibles, tantalum // 2A225b,c |
| | Cryocoolers for optical sensors, non-space qualified // 6A002d.2 |
| | Cryocoolers for optical sensors, space qualified // 6A002d.1 |
| | Cryogenic containers // 9A006b |
| | Cryogenic distillation columns // 1B228 |
| | Cryogenic heat exchangers for UF6/Carrier gas separation // 0B001d.7.a |
| | Cryogenic heat pipes // 9A006a |
| | Cryogenic refrigeration units // 0B001d.7.b |
| | Cryogenic refrigerators // 9A006a |
| | Cryoseparators // 0B001d.7.a |
| | Cryptanalytic equipment or devices, digital // 5A002a.2 |
| | Cryptography equipment or devices, digital // 5A002a.1 |
| | CTPB (Carboxy-terminated polybutadiene) // 1C111b.1 |
| | Cultures of bacteria // 1C351c, 1C352b, 1C353, 1C354a |
| | Cultures of fungi // 1C353, 1C354b |
| | Cultures of rickettsiae // 1C351b, 1C353 |
| | Cultures of viruses // 1C351a, 1C352a |
| | Custom integrated circuits, industrial // 3A001a.10 |
| | Cutting machines, gears // 2B003 |
| | CVD (chemical vapour deposition) equipment // 1B101d.2, 2B005a, 3B001d, 1B001d.2 |
| | CVD (chemical vapour deposition) furnaces // 2B104 |
| | CW (chemical warfare) precursors // 1C350 |
| | Cyanogen chloride // 1C450a.5 |
| | Cylinder wall lubrication technology, diesel engines // 9E003e.2 |
| | DACs (digital-to-analogue converters) // 3A001a.5 |
| | Damping, flotation or lubricating fluids // 1C006 |
| | Data acquisition equipment for wind tunnels, automatic // 9B005 |
| | Data acquisition systems for gas turbine development // 9B002 |
| | Decanters, centrifugal // 2B352c |
| | Deep-hole drilling machines // 2B001f |
| | Deformable mirrors // 6A004a.1 |
| | DEGDN (diethylene glycol dinitrate) // 1C111c.5 |
| | Dengue fever virus // 1C351a.3 |
| | Depleted uranium // 0C001 |
| | Depth sounders // 6A001a.1 |
| | Design integration of guidance sets, software // 7D103 |
| | Desublimers for UF6 removal // 0B002b |
| | Detection and protection equipment (software) // 1A004 |
| | Detection or location systems (acoustic) // 6A001a.1.b |
| | Detectors, optical // 6A002a |
| | Detectors, radiation hardened for missile use // 6A102 |
| | Detectors, space-qualified solid state optical // 6A002a.1 |
| | Detonator firing sets // 3A229a |
| | Detonators, exploding bridge (EB) // 3A232a.1 |
| | Detonators, exploding bridge wire (EBW) // 3A232a.2 |
| | Detonators, exploding foil initiators (EB) // 3A232a.4 |
| | Detonators, slapper (electric) // 3A232a.3 |
| | Deuterated compounds, (e.g. deuterated paraffins) // 0C003 |
| | Deuterium & deuterium compounds as mixtures & solutions // 0C003 |
| | Deuterium fluoride-carbon dioxide (DF-CO2lasers) // 6A005a.5.c.2 |
| | Deuterium fluoride (DF) lasers // 6A005a.5.b. |
| | Deuterium/deuterium compound production plant, equipment & components // 0B004 |
| | Di-isopropylamine // 1C350.48 |
| | Diagnostic instruments or target technology for SHPL // 6E003b |
| | Dialkyl [methyl, ethyl or propyl (normal or iso)] N, N-dialkyl-[methyl, ethyl or propyl (normal or iso)]-phosphoramidates // 1C450b.3 |
| | Diamond film substrate development/production technology // 3E002d |
| | 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.2 |
| | Diethyl-N, N-dimethylphosphoramidate // 1C350.18 |
| | Diethyl ethylphosphonate // 1C350.17 |
| | Diethyl methylphosphonite // 1C350.3 |
| | Diethyl phosphite // 1C350.19 |
| | Diethylaminoethanol // 1C350.49 |
| | Diethylene glycol dinitrate (DEGDN) // 1C111c.5 |
| | Diffusion bonding technology // 2E003b.1.b, 2E003b.2.b |
| | Diffusion bonding tools, dies, moulds or fixtures // 1B003 |
| | Digital-to-analogue converter integrated circuits (DACs) // 3A001a.5 |
| | Digital array processors // 3A001a.3 |
| | Digital computer electronic assemblies, parallel processing // 4A003c |
| | Digital computer systems // 4A003b, 4A004, 4A003 |
| | Digital computers, electronic assemblies & related equipment // 4A001, 4A003 |
| | 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 controllers for vibration test systems // 2B116b |
| | Digital coprocessors // 3A001a.3 |
| | Digital differential analysers, ruggedised // 4A101 |
| | Digital electronic engine control software // 9D003a |
| | Digital instrumentation tape data recorders // 3A002a.3 |
| | Digital signal processors // 3A001a.3, 4A003 |
| | Digital video magnetic tape recorders // 3A002a.2 |
| | Digitally controlled radio receivers // 5A001b.4 |
| | Digitisers, waveform // 3A002a.5 |
| | N, N-Diisopropyl-(beta)-aminoethyl chloride hydrochloride // 1C350.54 |
| | N, N-Diisopropyl-(beta)-amino ethanol // 1C350.27 |
| | N. N-Diisopropyl-(beta)-aminoethane thiol // 1C350.12 |
| | N, N-Diisopropyl-(beta)-aminoethyl chloride // 1C350.1 |
| | Dimensional inspection equipment/systems // 2B006a |
| | Dimensional inspection machines // 2B206a, 2B006b |
| | Dimethyl ethylphosphonate // 1C350.17 |
| | Dimethyl methylphosphonate // 1C350.3 |
| | Dimethyl phosphite // 1C350.6 |
| | Dimethylamine // 1C350.16 |
| | Dimethylamine hydrochloride // 1C350.20 |
| | Dinitrogen pentoxide // 1C111a.3.c |
| | Dinitrogen tetroxide (nitrogen dioxide) // 1C111a.3.b |
| | Dinitrogen trioxide // 1C111a.3.a |
| | Direct-acting hydraulic pressing technology for metal working // 2E003b.2.c |
| | Direct view imaging equipment // 6A002c |
| | Direction finding systems, equipment & components // 7A007, 7A103 |
| | Directional solidification casting control software // 9D004c |
| | Directional solidification casting equipment // 9B001a |
| | Dissolvers, for nuclear fuel // 0B006 |
| | Distillation columns // 2B350e, 1B228 |
| | Distillation towers // 0B004b.3, 1A226 |
| | Diving apparatus, articles & components // 8A002q |
| | Doppler laser interferometers (DLIs) // 6A225 |
| | Double seal pumps // 2B350i |
| | Double seal valves // 2B350g |
| | Drilling machines, deep-hole // 2B001f |
| | Dry boxes capable of use with biological agents // 2B352f |
| | Dry etching equipment, anisotropic plasma // 3B001c |
| | Dye lasers // 6A005d, 6A205b/c |
| | Dynamic adaptive routing software // 5D001c.3 |
| | Dynamic signal analysers // 3A002c.2 |
| | Dynamic wavefront (phase) measuring equipment // 6A005f.1 |
| | Eastern equine encephalitis virus // 1C351a.4 |
| | EB-PVD (electron beam physical vapour deposition) equipment // 2B005c |
| | Ebola virus // 1C351a.5 |
| | EDMs, non wire feed types // 2B001d |
| | EEPROMs (electrical erasable programmable read-only memories) // 3A001a.4 |
| | Electric detonators, explosive // 3A232a |
| | Electric propulsion engines // 8A002o.2.b |
| | Electrical discharge machines, non-wire feed CNC // 2B001d |
| | Electrical erasable programmable read-only memories // 3A001a.4 |
| | Electrically driven explosive detonators // 3A232a |
| | Electro-optic materials // 6C004 |
| | Electro-optical integrated circuits // 3A001a.6 |
| | Electrochemical reduction cells // 0B001e.4, 0B001e.3 |
| | Electrolysis cells, amalgam lithium isotope separation // 1B233.b.3 |
| | Electrolytic cells, fluorine production // 1B225 |
| | Electromagnetic amplifiers, superconductive devices // 3A001d.1 |
| | Electromagnetic energy storage, superconductive devices // 3A001e.3 |
| | Electromagnetic interference (EMI) protection technology, avionics // 7E102 |
| | Electromagnetic isotope separation equipment & components // 0B001j, 0B001a.9 |
| | Electromagnetic isotope separators // 1B226 |
| | Electromagnetic pulse (EMP) protection technology, avionics // 7E102 |
| | Electromagnetic pulse (EMP) protection, detectors for missile use // 6A102 |
| | Electromagnetic radiation sensors, optical fibre // 6A002d.3.a |
| | Electromagnetic signature reduction material & devices // 1C101 |
| | Electromagnetic underwater communications systems // 5A001b.1.b |
| | Electromagnets, superconductive // 3A001e.3, 3A201b |
| | Electron beam cutting machines (CNC) // 2B001e.1.b |
| | Electron beam equipment for mask making/semiconductor devices // 3B001f |
| | Electron beam guns, high power // 0B001g.1 |
| | 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 // 3B002d |
| | Electron bombardment mass spectrometers // 3A233d |
| | Electron cyclotron resonance (ECR) CVD equipment // 3B001d |
| | Electron cyclotron resonance (ECR) plasma dry etching equipment // 3B001c |
| | Electronic assemblies // 4A003 |
| | Electronic cameras // 6A003a.5 |
| | Electronic components // 3A001 |
| | Electronic components // 3A101, 3A201 |
| | Electronic computers & related equipment // 4A101, 4A001-4 |
| | Electronic cooling fluids // 1C006d |
| | Electronic devices, switching // 3A228 |
| | Electronic equipment for reentry vehicles // 9A116d |
| | Electronic framing cameras // 6A203b.3 |
| | Electronic streak cameras & streak tubes // 6A003a.3, 6A203b.2 |
| | Electronic vacuum tubes, microwave/millimetre wave devices // 3A001b.1 |
| | Electronic valves, industrial vacuum // 3A228 |
| | Electronically steerable antennae, phased array // 5A001d |
| | EMP/EMI protection technology, avionic systems // 7E102 |
| | Encoders, rotary input shaft type // 3A001f |
| | Encrypted GPS (global positioning system) equipment & components // 7A005a |
| | Encryption equipment, assemblies & components // 5A002 |
| | Encryption software // 5D002 |
| | End effectors, robot // 2B007, 2B207 |
| | Energy storage capacitors (high capacity) // 3A001e.2 |
| | Energy storage, superconductive devices // 3A001e.3 |
| | Enriched uranium or materials containing it // 0C002 |
| | Environmental chambers, capable of simulating flight conditions // 9B106a |
| | Epitaxial growth equipment // 3B001a |
| | Epitaxial wafers, cadmium telluride (CdTe) // 6C002b |
| | Erbium oxide (erbia) Er2O3 made/coated crucibles // 2A225a.4 |
| | Ethers (alkylphenylene) in the form of a lubricating fluid // 1C006b.1 |
| | Ethyl phosphonyl dichloride // 1C350.21 |
| | Ethyl phosphinyl difluoride // 1C350.35 |
| | Ethyl phosphinyl dichloride // 1C350.22 |
| | Ethyl phosphonyl difluoride // 1C350.23 |
| | Ethyldiethanolamine // 1C450b.7 |
| | Evaporators for concentrated lithium hydroxide solution // 1B233.b.4 |
| | Exchange columns, liquid-liquid for lithium amalgams // 1B233.b.1 |
| | Excimer lasers // 6A005a.1 |
| | Exit cones, liquid rocket propulsion // 9A006h |
| | Expander cycle turbine drive systems // 9A006d |
| | Expert systems - integration systems technology // 2E003e |
| | Expert systems software // 4D003b |
| | Exploding bridge (EB) detonators // 3A232a.1 |
| | Exploding bridge wire (EBW) detonators // 3A232a.2 |
| | Exploding foil initiators (EFI) // 3A232a.4 |
| | Explosive detonators, industrial electric // 3A232a |
| | Explosive, high (industrial) // 1C239 |
| | Explosive/munitions environment handling robots // 2B007b |
| | Extended temperature range semiconductor components // 3A001a.2 |
| | FADEC (full authority digital electronic engine control software) // 9D003 |
| | Fast-exchange liquid-liquid centrifugal contactors // 0B001e.2 |
| | Fast-exchange liquid-liquid pulse columns // 0B001e.1 |
| | Fast fourier transform (FFT) processors // 3A001a.12 |
| | Fast fourier transform processors, acoustic signal processing // 6A001a.2.c |
| | Fast switching function modules or assemblies // 3A228c |
| | Fault tolerance FADEC software // 9D003b |
| | Fault tolerant digital computers // 4A003a |
| | Feed preparation systems for uranium chloride production // 0B001e.5 |
| | Fermenters, biological processing // 2B352b |
| | Fibre and filamentary material // 1C010, 1C210 |
| | Fibre optic cable // 5A001c.1 |
| | Fibre optic hull penetrators/connectors // 8A002c |
| | Fibre optic magnetometers // 6A006c, 6A006e |
| | Fibre surface treatment equipment // 1B101d |
| | Fibrous or filamentary material production // 1B001, 1B101 |
| | Fibrous or filamentary materials // 1C010d, 1C210 |
| | Field programmable gate arrays (FPGA) // 3A001a.7 |
| | Field programmable logic arrays (FPLA) // 3A001a.8 |
| | Filament-wound composite motor cases // 9A008b |
| | Filament winding machine software // 1D001, 1D101, 1D201 |
| | Filament winding machines // 1B001a, 1B101a, 1B201 |
| | Filamentary materials, carbon // 1C010b |
| | Filling equipment, remotely controlled // 2B350f |
| | Film type integrated circuits, industrial // 3A001a |
| | Filters, tunable band-pass // 3A001b.5 |
| | Fingers, for surface effect vessels // 8A002k |
| | Finishing machines, gear // 2B003 |
| | Firing sets // 3A229a |
| | Fissile materials or material containing them // 0C002 |
| | Flash discharge X-ray generators // 3A201c |
| | Flexible isolators capable of use with biological agents // 2B352f |
| | Flexible nozzles, solid rocket motor // 9A108c |
| | Flexible nozzles, thrust vector control sub-system // 9A106c |
| | Flexible sensors for hydrophones // 6A001a.2.a.1 |
| | Flight control actuator technology // 7E004a.5 |
| | Flight control system development technology // 7E004 |
| | Flight control systems // 7A116 |
| | Flight control systems-software // 7D003e |
| | Flight instrument systems, integrated // 7A103 |
| | Flight management system integration technology // 7E104 |
| | Flightweight dewars // 9A006a |
| | Flow-forming machines // 2B009, 2B109, 2B209 |
| | Flow forming spin forming equipment, software // 2D101, 2D201 |
| | Fluid or secondary gas injection thrust systems // 9A106d, 9A108c |
| | Fluorinated compounds // 1C009, 1A001 |
| | Fluorinated phosphazene elastomers // 1C009c |
| | Fluorinated polyimides // 1C009b |
| | Fluorinated silicone fluid // 1C006b.2 |
| | Fluorinating equipment, UF5 to UF6 // 0B001h.4 |
| | Fluorine production (electrolysis cells) // 1B225 |
| | Fluorelastomer compounds, technology // 1E002b |
| | Fluorphosphate glass // 6C004e |
| | Fluorocarbon electronic cooling fluids // 1C006d |
| | Fluxgate magnetometer technology // 6E003c |
| | Fly-by-wire control system technology // 7E004b |
| | Fly-by-wire systems // 7A116a |
| | Flight-by-light flight control systems software // 7D003e |
| | Foam mirror structures, lightweight // 6A004a.3 |
| | Foam, syntactic for underwater use // 8C001 |
| | Focal plane arrays // 6A002c.2, 6A002a.3 |
| | Foot & mouth disease virus // 1C352a.4 |
| | FPGAs (field programme gate arrays) // 3A001a.7 |
| | FPLAs (field programmable logic arrays) // 3A001a.8 |
| | Framing cameras, electronic type // 6A203b.3, 6A003a.4 |
| | Framing cameras, mechanical // 6A203a.1 |
| | Framing tubes & solid state imaging devices // 6A203b.4 |
| | Francisella tularensis // 1C351c.7 |
| | Freeze drying equipment, steam sterilisable // 2B352e |
| | Frequency agile (frequency hopping) radio equipment // 5A001b.3 |
| | Frequency agile systems // 5A002a.5 |
| | Frequency agile tubes // 3A001b.1 |
| | Frequency agility development technology // 5E001b.4 |
| | Frequency analysers (signal analysers) // 3A002c.1 |
| | Frequency changers (converters or inverters) // 0B001b.13, 3A225 |
| | Frequency extenders, mixers/converters // 3A001b.7 |
| | Frequency standards, atomic // 3A002g |
| | Frequency synthesised signal generators // 3A002d |
| | Frequency synthesiser, electronic assemblies // 3A002b |
| | Fuel cell air independent power systems // 8A002j.3 |
| | Fuel element chopping or shredding machines // 0B006 |
| | Fuel element fabrication plant, for nuclear reactors // 0B005 |
| | Fuel element handling equipment for nuclear reactors // 0A001c |
| | Fuels, metal powder // 1C111a |
| | Full authority digital electronic engine control software // 9D003 |
| | Functional testing equipment, for integrated circuits // 3B002b |
| | Fungi, plant pathogens // 1C354b |
| | Furnaces // 2B226, 2B227, 2B104 |
| | Fused silica, low optical absorption types // 6C004e |
| | GaAs photocathodes // 6A002a.2.b.2 |
| | GaAs semiconductor integrated circuits, industrial // 3A001a.11 |
| | GaInAs photocathodes // 6A002a.2.b.2 |
| | Gallium III/V compound substrates, hetero-epitaxial grown multi-layer // 3C001c |
| | Gallium organo-metallic compounds // 3C003a |
| | Gas blowers (positive displacement/centrifugal/axial flow) // 0B001d.3, 0B001c.3 |
| | Gas centrifuge isotope separation equipment & components // 0B001b |
| | Gas centrifuge isotope separation plant // 0B001a.1 |
| | Gas centrifuge plant auxiliary equipment // 0B002 |
| | Gas centrifuge rotor assembly equipment // 2B228a |
| | Gas centrifuge rotor balancing equipment // 2B229 |
| | Gas centrifuges // 0B001b.1 |
| | Gas generator turbine drive system // 9A006d |
| | Gas krytron tubes // 3A228a |
| | Gas lasers // 6A005a, 6A005a.7 |
| | Gas monitoring systems, toxic // 2B351 |
| | Gas turbine (aero engine) test software // 9D004b |
| | Gas turbine aeroengines, civil non-certified/supersonic // 9A001 |
| | Gas turbine blade ntechnology // 9E003a |
| | 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 propulsion systems & assemblies/components // 9A003 |
| | Gas turbine engine technology // 9E003 |
| | Gas turbine engines & assemblies/components, marine // 9A002 |
| | Gas turbine test/flow modelling software // 9D004a |
| | Gaseous diffusion barriers, UF6 // 0B001c.1 |
| | Gaseous diffusion housings, UF6 // 0B001c.2 |
| | Gaseous diffusion isotope separation equipment & components // 0B001c, 0B001a.2 |
| | Gaseous diffusion plant auxiliary equipment // 0B002 |
| | Gaskets // 1A001a&c |
| | Gate arrays, field programmable (FPGA) // 3A001a.7 |
| | Gate silicon intensifier target (SIT) videcon tubes // 6A203b.4.b |
| | GDMS (glow discharge mass spectrometers) // 3A233b |
| | Gear cutting machines // 2B003 |
| | Gear finishing machines // 2B003 |
| | Gear grinding machines // 2B003 |
| | Gear honing machines // 2B003 |
| | Generation of machine tool instruction-technology // 2E003d |
| | Generator systems, neutron // 3A231 |
| | Generators, high-current pulse for detonators // 3A229 |
| | Generators, high-speed pulse // 3A230 |
| | Genetically-modified microorganisms // 1C353 |
| | Germanium, hetero-epitaxial grown multi-layer substrates // 3C001b |
| | Gimbals, optical control // 6A004d.3 |
| | Glass fibre or filamentary materials // 1C210b |
| | Glass fibre, for optical communications // 5A001c.1 |
| | Glass matrix reinforced composite materials // 1C007f |
| | Glass windows, nuclear radiation shielding // 1A227 |
| | Glass, high homogeneity // 6C004e |
| | Global positioning system (GPS) equipment & components // 7A005 |
| | Glove boxes capable of use with biological agents // 2B352f |
| | Glow discharge mass spectrometers (GDMS) // 3A233b |
| | Goat pox virus // 1C352a.5 |
| | Gold (Au) metal vapour lasers // 6A005a.2.b |
| | GPS (global positioning system) equipment/components // 7A005 |
| | GPS equipment // 7A105 |
| | Gradiometers & components // 6A107, 6A006, 6A007c |
| | Graphics accelerators or graphics coprocessors // 4A003d |
| | Graphite heat exchangers // 2B350d |
| | Graphite, bulk // 1C107a |
| | Graphite, fine grain recrystallised high density // 1C107a |
| | Graphite, nuclear-grade // 0C004 |
| | Gravimeters (gravity meters) // 6A107, 6A007a, 6A007b |
| | Gravity gradiometer software // 6D003c |
| | Gravity gradiometers // 6A007c, 6A107 |
| | Gravity meter (gravimeters) production & calibration equipment // 6B007 |
| | Gravity meters (gravimeters) & components // 6A107, 6A007a, 6A007b |
| | Gravity meters (gravimeters) software // 6D003c |
| | Grinding machines // 2B001c, 2B201b, 2B003 |
| | Ground support launch vehicles // 9A115b |
| | Guanidine nitrate // 1C011c |
| | Guidance set, production facilities // 7B103 |
| | Guidance sets // 7A117 |
| | Gyro dynamic balance stations // 7B003 |
| | Gyro evacuation/fill stations // 7B003 |
| | Gyro run-in/motor test stations // 7B003 |
| | Gyro tuning test stations // 7B003 |
| | Gyro-astro compasses & devices // 7A004, 7A104 |
| | Gyros & gyro components // 7A002, 7A102 |
| | Gyroscope production/manufacturing/test equipment // 7B003 |
| | Hafnium fluoride (HfF4) glass // 6C004e |
| | Hafnium metal, alloys & compounds // 1C231 |
| | Hafnium oxide (hafnia) (HfO2) made/coated crucibles // 2A225a.5 |
| | Hair type absorbers // 1C001a |
| | Handling equipment for propellants and their constituents // 1B115 |
| | Handling equipment for rocket launchers // 9A115a |
| | Handling systems, semiconductor wafers // 3B001e |
| | Hantaan virus // 1C351a.6 |
| | Heading sensors, towed hydrophones // 6A001a.2.b.4 |
| | Heat exchangers & condensers // 0A001i, 0B001d.4, 0B001c.5, 2B350d |
| | Heat pipe cooled mirrors // 6A005e.1 |
| | Heat shields/components, reentry vehicle // 9A116b |
| | Heat sinks/components, reentry vehicle // 9A116c |
| | Heat source materials, nuclear // 1C012 |
| | Heavy water (deuterium oxide) // 0C003 |
| | Heavy water concentration equipment // 0B004b.8 |
| | Heavy water production plant, equipment & components // 0B004 |
| | Helicopter power transfer system technology // 9E003d |
| | Helicopter system development technology // 7E004c |
| | Helium refrigeration units // 1B231 |
| | Helium, enriched // 1C232 |
| | Helminthosporium oryzae (Cochliobolus miyabeanus) // 1C354b.2 |
| | Hetero-epitaxial grown multi-layer substrates // 3C001 |
| | Hetero-structure semiconductor technology // 3E002b |
| | High-speed cameras // 6A003a, 6A203a |
| | High-speed pulse generators // 3A230 |
| | High-velocity gas gun systems // 2B232 |
| | High energy photvoltaic arrays // 3A001e.1.c |
| | High energy storage capacitors // 3A001e.2, 3A201a |
| | High power electron beam guns // 0B001g.1 |
| | High pressure nozzles // 9A006e |
| | High pressure thrust chambers // 9A006e |
| | High pressure turbo pumps, pump components // 9A006d |
| | High voltage power supplies for ion sources // 0B001j.5 |
| | HIPS (hot isostatic presses) // 2B004, 2B104, 2B204 |
| | Holding or storage vessels, critically safe // 0B006 |
| | Hollow cylinder centrifugal balancing machines // 2B229b |
| | Honing machines, gear // 2B003 |
| | Hopping code generation capability, equipment with // 5A002a.5 |
| | Hot cell manipulators // 2B225 |
| | Hot isostatic densification technology/data, Al/Ti/Superalloys // 2E003b.2.d |
| | Hot isostatic press, use software // 2D201 |
| | Hot isostatic presses (HIPS) // 2B004, 2B104, 2B204 |
| | Hovercraft // 8A001f/g |
| | HTPB (hydroxy-terminated polybutadiene) propellant additive // 1C111b.2 |
| | Hull penetrators/connectors, fibre optic // 8A002c |
| | Human pathogens // 1C351a-c |
| | Hybrid computer electronic systems/electronic assemblies // 4A002 |
| | Hybrid computers & components // 4A002, 4A102, 4A002a |
| | Hybrid integrated circuits // 3A001a |
| | Hybrid rocket motors/propulsion systems // 9A009, 9A109 |
| | Hydraulic fluids, pressure transmission // 1C006a |
| | Hydraulic pressing technology (metal working) // 2E003b |
| | Hydraulic stretch-forming machines technology // 2E003c |
| | Hydrides of antimony, arsenic & phosphorus // 3C004 |
| | Hydrocarbon oils, synthetic // 1C006 |
| | Hydroclave regulation technology // 1E103 |
| | Hydrofoil vessels // 8A001h |
| | Hydrofoils // 8A002m |
| | Hydrogen cyanide // 1C450a.6 |
| | Hydrogen fluoride // 1C350.24 |
| | Hydrogen fluoride (HF) lasers // 6A005a.5.a |
| | Hydrogen isotope storage & purification systems // 1B231 |
| | Hydrogen refrigeration units // 1B231 |
| | Hydrogen sulphide-water exchange plant, equipment & components // 0B004a.1, 1B229 |
| | Hydrophone arrays, towed acoustic // 6A001a.2.b |
| | Hydrophones // 6A001a.2.a |
| | Hydroxy-1-methylpiperidine 3-Hydroxy-1-methylpiperidine // 1C350.10 |
| | Hydroxy-terminated polybutadiene (HTPB) // 1C111b.2 |
| | ICP/MS (inductively coupled plasma mass spectrometers) // 3A233a |
| | III/V compound substrates, gallium or indium // 3C001c |
| | Image enhancement, digital equipment // 4A003 |
| | Image intensifier tubes & components // 6A002a.2, 6A002c.1 |
| | Imaging cameras // 6A003b |
| | Imaging cameras incorporating focal plane arrays // 6A003b.4 |
| | Imaging cameras incorporating image intensifier tubes // 6A003b.3 |
| | Imaging cameras, radiation hardened // 6A203c |
| | Imaging devices // 6A002, 6A203b.4 |
| | Imaging equipment, visible & infrared // 6A002c |
| | Imaging sensors, multispectral and monospectral // 6A002b |
| | Imaging systems, underwater electronic // 8A002f |
| | Impregnated cathodes for electronic microwave tubes // 3A001b.1.c |
| | Incinerators designed to destroy the chemicals of 1C350 // 2B350j |
| | Independent (air) power systems underwater // 8A002j |
| | Indium III/V compounds substrates // 3C001c |
| | Indium organo-metallic compounds // 3C003a |
| | Induction coil magnetometers // 6A006b |
| | Induction furnace, controlled environment inert gas // 2B226 |
| | Induction furnace, vacuum // 2B226 |
| | Inductively coupled plasma mass spectrometers (ICP/MS) // 3A233a |
| | Inert gas environment induction furnaces // 2B226 |
| | Inertial navigation system software // 7D002, 7D102 |
| | Inertial navigation; systems/equipment/components // 7A003, 7A103 |
| | Inertial sensors, optical fibre // 6A002d.3 |
| | Information security software // 5D002 |
| | Information security systems/equipment/devices // 5A002 |
| | Information security technology // 5E002 |
| | Information security technology support software // 5D002b |
| | Infrared absorption analysers, on line // 0B004b.6 |
| | Infrared detectors, industrial space qualified // 6A002a.1, 6A002a.4 |
| | Initiation systems, single or multipoint (electric) // 3A232b |
| | Initiators, explosive detonators (electric) // 3A232a |
| | Inorganic fibres & filamentary materials // 1C010c, 1C210b |
| | Inorganic overlay coating application technology // 2E003f |
| | Instruction generators for machine tools-technology // 2E003d |
| | Instrumentation cameras // 6A003a |
| | Instrumentation cameras // 6A203a |
| | Instrumentation for gas turbine development // 9B002 |
| | Instrumentation for wind tunnels // 9B005 |
| | Instrumentation systems, inertial navigation // 7A003 |
| | Insulation bonding/liner system components, rocket motor // 9A008a |
| | Insulation, rocket motor case // 9A108a |
| | Integrated circuit computer-aided design (CAD) software // 3D003 |
| | Integrated circuit test equipment // 3B002b, 3B002c |
| | Integrated circuit, masks // 3B001g |
| | Integrated circuits, general purpose // 3A001a, 3A001b.2 |
| | Integrated flight instrument systems/components // 7A103 |
| | Integrated system source code, avionic/mission systems // 7D003c |
| | Integration software for expert systems // 2E003e |
| | Integration technology for flight management systems // 7E104 |
| | Interconnect equipment (computer) // 4A003g |
| | Interferometers, velocity (VISARs) // 6A225 |
| | Interior linings, rocket motor case // 9A108a |
| | Interlacing machines // 1B001c |
| | Internals, reactor components, nuclear // 0A001h |
| | Interstages for missiles // 9A117 |
| | Intrinsic magnetic gradiometers // 6A006f |
| | Inverse synthetic aperture radar (ISAR) // 6A008d |
| | Inverters (frequency changers or converters) // 0B001b.13, 3A225 |
| | Ion-exchange columns // 0B001f.2 |
| | Ion-exchange isotope separation plant // 0B001a.5 |
| | Ion-exchange processing // 0B006 |
| | Ion-exchange reflux systems // 0B001f.3 |
| | Ion-exchange resins, fast acting // 0B001f.1 |
| | Ion-exchange separation process equipment & components // 0B001f |
| | Ion beam equipment for mask making/semiconductor devices // 3B001f.2 |
| | Ion beam sensitive resist materials // 3C002b |
| | Ion collector plates, Uranium fluoride resistant // 0B001j.2 |
| | Ion implantation equipment // 3B001b |
| | 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) // 0B002g |
| | Ion sources, molecular beam mass spectrometers // 3A233e |
| | Ion sources, thermal ionisation mass spectrometers (TIMS) // 3A233c |
| | Isolators capable of use with biological agents // 2B352f |
| | Isostatic press, software for use of // 2D201 |
| | Isostatic presses, hot // 2B004, 2B104, 2B204 |
| | Isotope separation plant, systems, equipment & components // 0B001 |
| | Isotope separators, electromagnetic // 0B001a.9, 1B226 |
| | Japanese encephalitis virus // 1C351a.20 |
| | Jet engine combustion regulation devices // 9A118 |
| | Jet engines/components, pulse // 9A111 |
| | Jet probes, thrust vector control sub-system // 9A106c, 9A108c |
| | Jet vane, thrust vector control sub-systems // 9A106c, 9A108c |
| | Josephson effect devices // 6A006h |
| | Joule-Thomson self-regulating minicoolers // 6A002d.2.b |
| | Junin virus // 1C351a.7 |
| | Kerr or Pockel cells, electro-optical shuttering // 6A203b.4.c |
| | Krypton ion lasers // 6A005a.6 |
| | Krytron tubes, gas // 3A228a |
| | Laminates & composite structures, organic or carbon // 1A002 |
| | Laminates, rockets/propulsion systems/space vehicles // 9A110 |
| | Land-based gravity meters production equipment // 6B007 |
| | Land inertial navigation equipment // 7A003 |
| | Laser alimeters // 7A106 |
| | Laser based linear position feedback units // 2B008a |
| | Laser based measuring instruments // 2B006b.1.c |
| | Laser beam cutting machines (CNC) // 2B001e.1.c |
| | Laser beam equipment for mask making/semiconductor devices // 3B001f.2 |
| | Laser beam systems, for probing semiconductor devices // 3B002d |
| | Laser communication technique technology // 5E001b.2 |
| | Laser diagnostic equipment // 6A005f.2 |
| | Laser gyro mirror characterisation equipment // 7B102 |
| | Laser isotope plant, systems, equipment & components // 0B001a, 0B001g, 0B001h |
| | Laser radar or light detection & ranging (LIDAR) equipment // 6A008j |
| | Laser radar systems for space launch vehicles // 6A108a |
| | Laser ring gyro test equipment // 7B002 |
| | Laser ring gyros & gyro components // 7A002 |
| | Lasers // 6A005, 6A205 |
| | Lasers or laser systems, uranium isotope separation // 0B001g.5, 0B001h.6 |
| | Lassa fever virus // 1C351a.8 |
| | Lathes (CNC) // 2B001a |
| | Launch apparatus or devices, missile // 9A115a |
| | Launch ground support vehicles // 9A115b |
| | Launch vehicle components/structures // 9A010 |
| | Lenses for radiation hardened TV cameras // 6A203c |
| | Lidar equipment (laser radar) // 6A008j |
| | Lift fans, for surface effect vessels // 8A0021 |
| | Light-weight reduction gearing, marine transmissions // 8A002o.1.d |
| | Light gas guns (multistage) systems // 2B232 |
| | Light systems, underwater // 8A002g, 8A002d.2 |
| | Lightweight composite or foam mirror structures // 6A004a.3 |
| | Lightweight monolithic mirrors // 6A004a.2 |
| | Lightweight turbofan/turbojet engines // 9A101 |
| | Linear focal plane arrays // 6A002a.3 |
| | Linear measuring equipment/instruments // 2B006b.1 |
| | Linear position feedback units or sensors // 2B008a |
| | Linear voltage displacement transformer (LVDT) based instruments // 2B006b.1.b.1 |
| | Liquid-liquid exchange columns, for lithium amalgams // 1B233.b.1 |
| | Liquid lasers // 6A005d |
| | Liquid or water jet cutting machines (CNC) // 2B001e.1 |
| | Liquid oxidisers, various nitrous oxides // 1C111a.3 |
| | Liquid propellant control systems // 9A106d |
| | Liquid propellant injectors // 9A006g |
| | Liquid propellant rocket engines // 9A005, 9A105 |
| | Liquid rocket propulsion systems // 9A105, 9A119, 9A005, 9A006, 9A010, 9A106 |
| | Liquid uranium handling systems (cooled crucibles) // 0B001i.4 |
| | Lithium amalgam electrolysis cells // 1B233.b.3 |
| | Lithium amalgam processing equipment // 1B233a |
| | Lithium amalgam pumps // 1B233.b.2 |
| | Lithium hydroxide solution, evaporators for // 1B233.b.4 |
| | Lithium isotope separation facilities, plant and equipment // 1B233a |
| | Lithium metal, hydrides or alloys // 1C233 |
| | Lithography equipment, mask making for semiconductor wafer-processing // 3B001f |
| | Live cultures, isolated // 1C351, 1C352, 1C354, 1C353 |
| | Location & object detection systems, acoustic // 6A001a.1.b |
| | Logic arrays, field programmable (FPLA) // 3A001a.8 |
| | Logic processors and assemblies // 4A003 |
| | Lubricating materials // 1C006b |
| | LVDT (linear voltage displacement transformer) based instruments // 2B006b.1.b.1 |
| | Lymphocytic choriomeningitis virus // 1C351a.9 |
| | Lyssa virus // 1C352a.8 |
| | Machine tool assemblies for equipment of 2B006 & 2B007 // 2B008 |
| | Machine tool components for equipment of 2B006 & 2B007 // 2B008 |
| | Machine tool feedback units // 2B008 |
| | Machine tool instruction generators-technology // 2E003d |
| | Machine tool spindles // 2B008c |
| | Machine tools for grinding (CNC) // 2B001c, 2B003, 2B201b |
| | Machine tools, E-beam // 2B001e.1.b |
| | Machine tools, laser // 2B001e.1.c |
| | Machine tools, numerically controlled // 2B001, 2B201 |
| | Machine tools, water/other liquid jet // 2B001e.1.a |
| | Machines for milling (CNC) // 2B001, 2B001b, 2B201a, 2B001a |
| | Machupo virus // 1C351a.10 |
| | Magnesium alloy powders // 1C002b.1.e |
| | Magnesium metal alloys // 1C002a.2.e |
| | Magnesium metal, alloys & powders // 1C011a, 1C228, 1C111a.2 |
| | Magnesium oxide (MgO) made or coated crucibles // 2A225a.6 |
| | Magnet power supplies, high power (direct current) // 0B001j.6 |
| | Magnetic alloy strips // 1C003c |
| | Magnetic anomaly detection software // 6D003b.2 |
| | Magnetic bearings (suspension) // 0B001b.7, 2A001c |
| | Magnetic compensation systems for magnetic sensors // 6A006g |
| | Magnetic compensation systems software // 6D003b.1 |
| | Magnetic confinement CVD equipment // 3B001d.1 |
| | Magnetic confinement plasma dry etching equipment // 3B001c.1.a |
| | Magnetic drive pumps // 2B350i |
| | Magnetic gradiometers // 6A006d, 6A006f |
| | Magnetic metals // 1C003 |
| | Magnetic pole pieces // 0B001j.4 |
| | Magnetic sensor, magnetic compensation systems // 6A006g |
| | Magnetometer systems // 6A006 |
| | Magnetometers // 6A006, 6A006a, 6A006c |
| | Magnetostrictive alloys // 1C003b |
| | Mandrels for rotor assembly, bellows forming // 2B228a |
| | Mandrels, bellows-forming // 2B228c |
| | Maganin gauges, pressure // 6A226a |
| | Manifolds, vacuum // 0B002f.1 |
| | Manipulators // 2B225, 8A002i |
| | Manned, tethered submersible vehicles // 8A001a |
| | Manned, untethered submersible vehicles // 8A001b |
| | Manufacturing equipment for semiconductor materials // 3B001 |
| | Maraging steel // 1C116, 1C216 |
| | Marburg virus // 1C351a.11 |
| | Marine acoustic systems // 6A001a |
| | Marine gas turbine engines // 9A002 |
| | Masks, integrated circuits // 3B001g |
| | Mass spectrometers & ion sources // 3A233, 0B002g |
| | Materials development, production & use software // 1D001 |
| | Materials for reduced electromagnetic reflectivity // 1C101 |
| | Materials processing equipment, use technology // 2E101, 2E201, 2E301 |
| | MCT (HgCdTe) crystals & epitaxial wafers // 6C002b |
| | Measurement equipment, underwater velocity // 6A001b |
| | Measuring instruments or systems // 2B006 |
| | Mechanical cameras, framing // 6A003a.1-3 |
| | Melting furnaces // 2B227b |
| | Memory integrated circuits // 3A001a.4 |
| | Mercury amalgam pumps // 1B233.b.2 |
| | Mercury cadmium telluride crystals & epitaxial wafers // 6C002b |
| | Metal-organic compounds, aluminium/gallium/indium // 3C003a |
| | Metal & metal alloy powder production equipment // 1B002 |
| | Metall alloy powders // 1C002b, 1C111a, 1C011a |
| | Metal alloys // 1C002a, 1C004, 1C116, 1C117, 1C202, 1C216, 1C230, 1C231, 1C233, 1C234 |
| | Metal alloys in powder or particulate form // 1C002c |
| | Metal alloys, magnetic // 1C003 |
| | Metal alloys, powders (fuel) // 1C111a.2 |
| | Metal alloys, tungsten // 1C226 |
| | Metal coated fibre preforms // 9A110 |
| | Metal organic chemical vapour deposition (MOCVD) reactors // 3B001a.2 |
| | Metal particulate material, magnesium or zirconium // 1C011a |
| | Metal powder fuels // 1C111a, 1C011 |
| | Metal powder production equipment // 1B002 |
| | Metal vapour lasers // 6A005a.2 |
| | Metal working process tools, die & fixture technology // 2E003b.1 |
| | Metallurgical melting & casting furnace, software for // 2D201 |
| | Metallurgical melting & casting furnaces // 2B227 |
| | Metals with high initial relative (magnetic) permeability // 1C003a |
| | Methyl benzilate // 1C350.25 |
| | Methyl phosphinyl dichloride // 1C350.26 |
| | Methyl phosphinyl difluoride // 1C350.36 |
| | Methyl phosphonyl dichloride // 1C350.5 |
| | Methyldiethanolamine // 1C450b.8 |
| | Microchannel plates, image intensifier tubes // 6A002a.2.a.2 |
| | 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 |
| | Microorganisms, genetically modified // 1C353 |
| | Microprocessor microcircuits // 3A001a.3 |
| | Microwave amplifiers, solid state // 3A001b.4 |
| | Microwave assemblies // 3A001b.6 |
| | Microwave devices // 3A001b.1 |
| | Microwave frequency extenders, mixers/converters // 3A001b.7 |
| | Microwave integrated circuit test equipment // 3B002c |
| | Microwave integrated circuits // 3A001b.2 |
| | Microwave modules // 3A001b.2 |
| | Microwave power sources (frequency above 30 Ghz) for accelerating ions // 0B001i.1 |
| | Microwave test receivers // 3A002f |
| | Microwave transistors // 3A001b.3 |
| | Microwave devices // 3A001b.1 |
| | Milling machines, (CNC) with two or more coordinated axes // 2B001b |
| | Mirror assemblies/segments, space assembly // 6A004c.3 |
| | Mirror characterisation equipment, reflectometers // 7B102 |
| | Mirror control equipment, phased array/segment // 6A004d.4 |
| | Mirror positioning gimbals // 6A004d.3 |
| | Mirror structures, lightweight foam or composite type // 6A004a.3 |
| | Mirrors, actively cooled or heat pipe cooled // 6A005e.1 |
| | Mirrors, beam steering // 6A004a.4 |
| | Mirrors, optical // 6A004a |
| | Mirrors, partially transmissive // 6A005e.2 |
| | Missile (usable) guidance sets // 7A117 |
| | Missile telemetry, remote control // 5A101 |
| | Mixers, batch & continous // 1B115 |
| | Mixers, microwave frequency extenders // 3A001b.7 |
| | Modelling/simulation of guidance sets, software // 7D103 |
| | Modules, microwave // 3A001b.2 |
| | Modules/assemblies, fast switching function // 3A228c |
| | Molecular beam epitaxial growth equipment using gas sources // 3B001a.3 |
| | Molecular beam mass spectrometers // 3A233e |
| | Molecular laser isotopic separation plant // 0B001a.7 |
| | Molecular laser separation process equipment & components // 0B001h |
| | Molecular pumps // 0B001b.9 |
| | Molybdenum & tungsten metals alloys // 1C117 |
| | Monitoring systems, toxic gas // 2B351 |
| | Monkey pox virus // 1C351a.12 |
| | Monolithic integrated circuits, industrial // 3A001a |
| | Monospectral imaging sensors // 6A002b |
| | Motor stators // 0B001b.10 |
| | Movable nozzle control systems, rocket, solid // 9A008d |
| | Multi-chamber central wafer handling systems // 3B001e |
| | Multi-element detector arrays // 6A002a.3 |
| | Multi-element photodiodes & phototransistors // 6A002a.3 |
| | Multi-layer hetero-epitaxial material substrates & wafers // 3C001 |
| | Multi-layer masks (with phase shift layer), for integrated circuits // 3B001h |
| | Multi-element, space qualified focal plan arrays // 6A002e |
| | Multichip integrated circuits, industrial // 3A001a |
| | Multilevel security capability, equipment // 5A002a.6 |
| | Multimode optical fibre & cables, high tensile strength // 5A001c.1 |
| | Multiple seal valves incorporating a leak detection port // 2B350g |
| | Multipoint initiation systems // 3A232b |
| | Multispectral imaging sensors // 6A002b |
| | Multistage light gas gun systems // 2B232 |
| | Mycoplasma mycoides // 1C352b |
| | N, N-Dialkyl [methyl, ethyl or propyl (normal or iso)] aminoethane-2-ols // 1C450b.5 |
| | N, N-Dialkyl [methyl, ethyl or propyl (normal or iso)] aminoethane-2-thiols // 1C450b.6 |
| | N, N-Dialkyl [methyl, ethyl or propyl (normal or iso)] aminoethyl-2-chlorides // 1C450b.4 |
| | N, N-Dialkyl [methyl, ethyl or propyl (normal or iso)] phosphoramidic dihalides // 1C450b.2 |
| | Nanocrystalline alloy strips // 1C003c |
| | Natural uranium // 0C001 |
| | Navigation systems, equipment & components, inertial // 7A003, 7A103 |
| | NDT (non-destrictive test) inspection equipment (3D) // 1B001f, 9B007 |
| | Neodymium lasers // 6A005c.2 |
| | Neodymium lasers, Q-switched // 6A205f |
| | Neptunium-237 // 1C012b |
| | Network analysers // 3A002e |
| | Neural computers/assemblies/components // 4A004b |
| | Neural network integrated circuits // 3A001a.9 |
| | Neutron detection and measuring instruments // 0A001j |
| | Neutron generator systems & tubes // 3A231 |
| | Newcastle disease virus // 1C352a.9 |
| | Nickel alloy powders // 1C002b.1.a |
| | Nickel alloys // 1C002a.1.a, 1C002a.2.a, 1C240 |
| | Nickel aluminides // 1C002a.1.a |
| | Nickel metal // 1C240, 0C005 |
| | Nickel metal powders // 0C005, 1C240 |
| | Niobium (columbium) alloy powders // 1C002b.1.b, 1C002a.2.b |
| | Nitrided niobium-titanium-tungisten alloy crucibles // 2A225a.7 |
| | 2-Nitrodiphenylamine // 1C111c.3 |
| | Nitrogen dioxide (dinitrogen tetroxide) // 1C111a.3.b |
| | 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 test inspection equipment // 1B001f |
| | Non-destructive test inspection equipment, rocket motor // 9B007 |
| | Non-fluorinated polymeric manufactures // 1A003 |
| | Non-fluorinated polymeric substances // 1C008 |
| | Non-planar absorbers // 1C001a |
| | Non-tunable solid state lasers, neodymium // 6A005c.2 |
| | Nozzles, aerodynamic isotope separation // 0B001d.1 |
| | Nozzles, for pyrolitic deposition // 1B116 |
| | Nozzles, rocket motor (liquid) // 9A006e, 9A106b |
| | Nozzles, rocket motor (solid) // 9A008c, 9A108b |
| | Nuclear-grade graphite // 0C004 |
| | Nuclear heat sources // 1C012 |
| | Nuclear reactors & reactor components // 0A001 |
| | Nuclear reactors fuel element fabrication plant/equipment // 0B005 |
| | Nuclear reactors fuel element reprocessing plant/equipment // 0B006 |
| | Numerical control for machine tools-software // 2D002 |
| | Numerical control for machine tools-technology // 2E003d |
| | Object detection and location systems (acoustic) // 6A001a.1.b |
| | Ocean salvage systems // 8A001e |
| | Operating system development tools/compilers as source code // 4D003a |
| | Operating system software, development tools & compilers // 4D003a |
| | Operating system software, multi-data stream processing equipment // 4D003a |
| | Operating systems for real time processing equipment, software // 4D003d |
| | Optical (infrared) tracking (range) radars // 6A108b.2 |
| | Optical components for lasers // 6A005e |
| | Optical components from zinc selenide or zinc sulphide // 6A004b |
| | Optical components, space-qualified // 6A004c |
| | Optical computers // 4A004c |
| | Optical control equipment // 6A004d |
| | Optical detectors & sensors // 6A002a, 6A102 |
| | Optical equipment // 6A005f |
| | Optical fabrication technologies // 6E003a.2 |
| | Optical fibre & accessories, communications // 5A001c.1, 5A001c.2 |
| | Optical fibre characterisation equipment // 5B001a |
| | Optical fibre couplers or connectors for underwater use // 8A002c |
| | Optical fibre manufacturing equipment // 5B001a |
| | Optical fibre sensing elements, hydrophones // 6A001a.2.a.2 |
| | Optical integrated circuits // 3A001a.6 |
| | Optical materials, with non-linear characteristics // 6C004c |
| | Optical mirrors (reflectors) // 6A004a, 6A005e.2 |
| | Optical sensor cryocoolers // 6A001d.1 |
| | Optical sensors-flight control systems-technology // 7E004 |
| | Optical sensors, optical fibre // 6A001d.3.a |
| | Optical surface coating/treatment technology // 6E003a.1 |
| | Optics, (optional components) // 6A004 |
| | Optimisation of rocket systems trajectory technology // 7E104 |
| | Organic fibres & filamentary materials // 1C010a |
| | Organo-metallic compounds // 3C003 |
| | Oxide matrix reinforced materials // 1C007f |
| | Oxygen iodine (O1-I) laser // 6A005a.5.c.1 |
| | Para-hydrogen raman shifters // 6A205e |
| | Passive acoustic systems // 6A001a.2 |
| | Passive sensors, direction finding systems // 7A115 |
| | Pasteurella pseudotuberculosis var pestis (Yersinia pestis) // 1C351c.13 |
| | Pathogens // 1C352, 1C353a, 1C351, 1C354 |
| | PBAA (polybutadiene-acrylic acid) // 1C111b.3 |
| | PBAN (polybutadiene-acrylic acid-acrylonitrile) // 1C111b.4 |
| | 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 |
| | Penetrators/connectors (fibre optic), hull // 8A002c |
| | Performance improvement software, navigation systems // 7D003a, 7D003b |
| | Peste des petits ruminants virus // 1C351a.10 |
| | PFIB: 1,1,3,3,3-Pentafluoro-2-(trifluoromethyl)-1-propene // 1C450a.2 |
| | Phased array antennae (in radar) // 5A001d, 6A008e |
| | Phased array/segment mirror control equipment // 6A004d.4 |
| | Phenylene, lubricating fluids // 1C006b |
| | Phosgene: Carbonyl dichloride // 1C450a.4 |
| | Phosphate glass // 6C004e |
| | Phosphor bronze mesh packings // 1A226 |
| | Phosphorus hydrides // 3C004 |
| | Phosphor oxychloride // 1C350.2 |
| | Phosphorus pentachloride // 1C350.38 |
| | Phosphorus pentasulphide // 1C350.47 |
| | Phosphorus trichloride // 1C350.7 |
| | Photocathodes // 6A002a.2.b.2 |
| | Photomultiplier tubes // 6A202 |
| | Photovoltaic arrays, space qualified or radiation hardened // 3A001e.1 |
| | Piezoelectric polymer & copolymer, components // 1A001b |
| | Piezoelectric sensing elements, hydrophones // 6A001a.2.a.2 |
| | Pinacolone // 1C350.39 |
| | Pinacolyl alcohol // 1C350.28 |
| | Piping, multi-walled incorporating a leak detection port // 2B350h |
| | Planar absorbers // 1C001a |
| | Plant pathogens, bacteria or fungi // 1C354 |
| | PLAs (programmable logic arrays) // 3A001a.8 |
| | Plasma atomisation & melting furnaces // 2B227b |
| | Plasma dry etching equipment // 3B001c |
| | Plasma enhanced CVD equipment // 3B001d |
| | Plasma enhanced or plasma assisted CVD production equipment // 2B005a.1.c |
| | Plasma isotope separation plant // 0B001a.8 |
| | Plasma separation process equipment & components // 0B001i |
| | Plasma separation RF ion excitation coils // 0B001i.2 |
| | Plasma spraying production equipment, with controlled atmosphere // 2B005d |
| | Platinised catalysts // 1A225 |
| | Plutonium // 0C002 |
| | Plutonium-238 in any form // 1C012a |
| | Plutonium metal production systems // 0B006 |
| | Plutonium nitrate conversion systems // 0B006 |
| | Pockel cell electro-optical shuttering // 6A203b.4.c |
| | Polybutadiene-acrylic acid (PBAA) // 1C111b.3 |
| | Polybutadiene-acrylic acid-acrylonitrile (PBAN) // 1C111b.4 |
| | Polysilazanes, precursor for silicon nitride // 1C007e.2 |
| | Polythiophene // 1C001c |
| | Porcine enterovirus type 9 // 1C352a.11 |
| | Porcine herpes virus (Aujeszky's disease) // 1C352a.6 |
| | Porous nickel metal // 0C005, 1C240 |
| | Positioning equipment, global // 7A105, 7A005 |
| | Positioning systems, acoustic // 6A001a.1.d |
| | Positive resists for semiconductor lithography // 3C002a |
| | Post-flight data processing software // 6D103 |
| | Potassium bifluoride // 1C350.41 |
| | Potassium cyanide // 1C350.40 |
| | Potassium fluoride // 1C350.14 |
| | Potassium hydrogen fluoride (see potassium bifluoride) // 1C350.41 |
| | Potassium titanyl arsenate (KTA) boules // 6C004b.1 |
| | Powder metallurgy manufacturing equipment // 9B009 |
| | Powdered metals, as fuel // 1C111a |
| | Power supplies, direct current // 0B001j.6, 3A227, 3A226, 0B001j.5 |
| | Power systems, air independent, for underwater use // 8A002j |
| | Power transmission shaft systems, marine // 8A002o.1.e |
| | Precision rotor forming mandrels // 2B209b |
| | Precision tracking systems, usable for missiles // 6A108b |
| | Precursors for toxic chemical agents // 1C350 |
| | Preforms for space vehicles (metal-coated fibre) // 9A110 |
| | Preforms, fibrous or filamentary materials // 1C010e, 9A110 |
| | Preforms, metal coated fibre (for propulsion systems) // 9A110 |
| | Prepreg production equipment // 1B001e |
| | Prepregs, fibrous or filamentary materials // 1C010e, 9A110 |
| | Presses, hot isostatic // 2B004, 2B204 |
| | Pressure sensors, manganin & quartz // 6A226 |
| | Pressure transducers // 2B230 |
| | Pressure tubes, for fuel elements & primary coolant // 0A001e |
| | Pressure vessels, for nuclear reactors // 0A001b |
| | Primary cells/batteries, high energy // 3A001e.1.a |
| | Probing (test) systems, semiconductor devices // 3B002d |
| | Process control instrumentation, for reprocessing plant // 0B006 |
| | Processing equipment for bay or bottom cable systems // 6A001a.2.f |
| | Processors, digital array // 3A001a.3, 4A003 |
| | Processors, digital signal // 3A001a.3, 4A003 |
| | Product & tails collector systems, uranium vapour // 0B001g.3, 0B001i.5 |
| | Product & tails stations, UF6 // 0B002c |
| | Production equipment, propulsion systems & components // 9B115 |
| | Production equipment, reentry vehicles // 9B115 |
| | Production facilities, reentry vehicles // 9B116 |
| | Production facilities, rockets/propulsion systems // 9B116 |
| | Programmable gate & logic arrays (FPGAs & FPLAs), field // 3A001a.7, 3A001a.8 |
| | Projectile accelerators // 2B232 |
| | Projection telescopes, laser diagnostics // 6A005f.4 |
| | Projectors, acoustic // 6A001a.1.c |
| | Propellant bonding liner systems // 9A008a |
| | Propellant control systems // 9A106d |
| | Propellant production equipment // 1B115 |
| | Propellant storage systems // 9A006f |
| | Propellant test and handling equipment // 1B115 |
| | Propellants and their constituents // 1B115 |
| | Propellants, additives & agents // 1C111 |
| | Propeller blades or propfans composite technology // 9E003b.2 |
| | Propeller noise reduction software // 8D002 |
| | Propeller noise reduction technology // 8E002a |
| | Propellers, contrarotating // 8A002o.1.b |
| | Propellers, water screw // 8A002o.1 |
| | Propulsion system composite components/structures // 9A110, 9A010 |
| | Propulsion system test/inspection/production software // 9D101 |
| | Propulsion systems, rocket // 9A007 |
| | Propulsion systems, rocket // 9A119, 9A009, 9A005 |
| | Propulsion systems/components, production equipment // 9B115 |
| | Protective and detection equipment // 1A004 |
| | Proximity focused image intensifier tubes // 6A203b.4.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 Chemical Vapour Deposition production equipment // 2B005a.1.a |
| | Pulse excited Q-switched neodymium-doped lasers // 6A205f |
| | Pulse generators, high-current for detonators // 3A229 |
| | Pulse generators, high-speed // 3A230 |
| | Pulse jet engines/components // 9A111 |
| | Pulse liquid rocket engines // 9A010d |
| | Pulse radar cross-section measurement systems & components // 6B008 |
| | Pulsed electron accelerators // 3A201c |
| | Pumpjet propulsion systems // 8A002p |
| | Pumps, bellows // 2B350i |
| | Pumps, canned drive // 2B350i |
| | Pumps, centrifugal // 2B350i |
| | Pumps, diaphragm // 2B350i |
| | Pumps, double-seal // 2B350i |
| | Pumps, liquid propellant // 9A106c |
| | Pumps, lithium amalgam // 1B233.b.2 |
| | Pumps, magnetic drive // 2B350i |
| | Pumps, mercury amalgam // 1B233.b.2 |
| | Pumps, molecular // 0B001b.9 |
| | Pumps, multiple seal // 2B350i |
| | Pumps, nuclear reactor coolant // 0A001g |
| | Pumps, potassium amide in liquid ammonia // 1B230 |
| | Pumps, submersible stage recirculation // 0B004b.4 |
| | Pumps, vacuum // 0B002f.2, 2B231, 2B350i |
| | Pyrolitic deposition nozzles // 1B116 |
| | Pyrolitic deposition systems // 2B104 |
| | Pyrolitically derived materials production technology // 1E104 |
| | Pyrolised carbon-carbon materials // 1A102 |
| | Pyrolysis equipment, for rocket nozzles/re-entry nose tips // 2B104 |
| | Pyrolysis equipment, use software // 2D101 |
| | Pyrolysis process control equipment // 2B104 |
| | Q-switched lasers // 6A205f, 6A005c.2.c |
| | QAM techniques development technology // 5E001c.4.a |
| | Quartz pressure sensors/transducers // 6A226b |
| | 3-Quinuclidinol // 1C350.13 |
| | 3-Quinuclidone // 1C350.37 |
| | Radar altimeters // 7A106 |
| | Radar cross section measurement systems, missile // 6B108 |
| | Radar systems & components, civilian // 6A008 |
| | Radar systems for space launch vehicles // 6A108a |
| | Radiation hardened computers // 4A001 |
| | Radiation hardened designed (or rated) robots // 2B007c |
| | Radiation hardened detectors // 6A002, 6A102 |
| | Radiation hardened electronic computers // 4A001a.2 |
| | Radiation hardened integrated circuits, industrial // 3A001a.1 |
| | Radiation hardened robots // 2B007c |
| | Radiation hardened sensors // 6A002 |
| | Radiation hardened TV cameras // 6A203c |
| | Radiation sensors, optical fibres // 6A002d.3 |
| | Radiation shielding windows // 1A227 |
| | Radio equipment // 5A001b.2 |
| | Radio frequency ion excitation coils // 0B001i.2 |
| | Radiographic equipment // 3A101b |
| | Radionuclides, alpha-emitting // 1C236 |
| | Radium-226 // 1C237 |
| | Radome design software // 6D003d.2 |
| | Ram type electrical discharge machines (CNC) // 2B001d |
| | Raman shift lasers // 6A205e |
| | Ramjet engines/components // 9A011 |
| | Range gated illumination systems, underwater // 8A002d.2 |
| | Rankine cycle engine, air independent // 8A002j.1 |
| | Reactor fuel elements, reprocessing plant & equipment // 0B006 |
| | Reactor vessels, chemical // 2B350a |
| | Reactors, metal organic chemical vapour deposition (MOCVD) // 3B001a.2 |
| | Reactors, nuclear // 0A001a |
| | Rebreathing apparatus, underwater swimming // 8A002q |
| | Receivers, microwave test // 3A002f |
| | Rechargeable cells/batteries, high energy // 3A001e.1.b |
| | Reciprocating diesel engine & component technology // 9E003e.2 |
| | Recording equipment, analogue & digital tape recorders // 3A002a |
| | Reduced observables analysis software // 1D103 |
| | Reduction gearing, light-weight marine transmissions // 8A002o.1.d |
| | Reentry vehicles // 9A116a |
| | Reentry vehicles/components, production equipment // 9B115 |
| | Reflectance measuring equipment, absolute // 6B004a |
| | Reflectivity (electromagnetic) reducing materials // 1C101 |
| | Reflectometers, mirror characterisation // 7B102 |
| | Reflectors (mirrors), deformable // 6A004a.1 |
| | Refrigeration units // 0B001d.7.b, 1B231 |
| | Regulation of composites technology // 1E103 |
| | Reinforced composite materials // 1C007f |
| | Remote manipulators // 2B225 |
| | Remotely controlled manipulators, for submersibles // 8A002i |
| | Remotely operated filling equipment, chemical // 2B350f |
| | Reprocessing plant, nuclear fuel // 0B006 |
| | Resaturated pyrolised materials // 1A102 |
| | Resin (thermoset) impregnated continous materials // 1C210c |
| | Resin impregnated fibre prepregs, propulsion & space systems // 9A110 |
| | Resins, fast reacting ion-exchange // 0B001f.1 |
| | Resist material, coated (semiconductor) substrates // 3C002 |
| | Resist materials, semiconductor lithography // 3C002 |
| | Reticles, integrated circuits of 3A001 // 3B001g |
| | Ricin // 1C351d.4 |
| | Rickettsia prowasecki // 1C351b.3 |
| | Rickettsia quintana // 1C351b.2 |
| | Rickettsia rickettsii // 1C351b.4 |
| | Rickettsiae // 1C351b |
| | Rift Valley fever virus // 1C351a.13 |
| | Rinderpest virus // 1C352a.12 |
| | Ring-shaped motor stators for multiphase AC motors // 0B001b.10 |
| | Ring gyros (laser) & gyro components // 7A002 |
| | Ring laser gyro mirror characterising equipment // 7B002 |
| | Robot & end-effectors, use software // 2D201 |
| | Robot controllers for high explosive handling // 2B207a |
| | Robot controllers // 2B007 |
| | Robot end-effectors // 2B007, 2B207 |
| | Robots operating at altitudes of greater than 30 km // 2B007d |
| | Robots with real time 3D image processing or scene analysis // 2B007a |
| | Robots, underwater // 8A002h |
| | Rocket engines, liquid propellant // 9A005 |
| | Rocket engines, solid propellant // 9A107 |
| | Rocket fuels // 1C111 |
| | Rocket handling & control equipment // 9A115a |
| | Rocket launching equipment // 9A115a |
| | Rocket modelling, simulaton & integration software // 9D103 |
| | Rocket motor cases, solid // 9A008b, 9A108a |
| | Rocket motor inspection equipment // 9B007 |
| | Rocket motor insulation, solid rocket motor // 9A008a, 9A108a |
| | Rocket motors, hybrid // 9A009, 9A109 |
| | Rocket nozzles, liquid fuel motor // 9A006e, 9A106b |
| | Rocket nozzles, solid fuel motor // 9A008c, 9A108b |
| | Rocket stages // 9A009, 9A005, 9A119, 9A007 |
| | Rocket/rocket motor, test benches/stands // 9B117 |
| | Rockets, sounding // 9A104 |
| | Rockets, space launch // 9A004 |
| | Roller bearings, solid // 2A001a, 2A001b |
| | Rotary position feedback units // 2B008b |
| | Rotary shaft seals (for compressors/blowers), UF6 resistant // 0B001c.4 |
| | Rotor assemblies, gas centrifuge // 0B001b.2 |
| | Rotor assembly mandrels, bellows forming // 2B228a |
| | Rotor blade components, tooling for manufacture // 9B009 |
| | Rotor blade tip clearance control, compensating system software // 9D004d |
| | Rotor centrifugal balancing machines // 2B229 |
| | Rotor fabrication/assembly equipment // 2B228a |
| | Rotor forming mandrels, precision // 2B209b |
| | Rotor straightening equipment or systems // 2B228b |
| | Rotor tube baffles, gas centrifuge // 0B001b.5 |
| | Rotor tube caps, gas centrifuge // 0B001b.6 |
| | Rotor tube cylinders & components, gas centrifuge // 0B001b.3 |
| | Rotor tube rings or bellows, gas centrifuge // 0B001b.4 |
| | Russian spring-summer encephalitis virus // 1C351a.14 |
| | S-parameter test/measurement equipment // 3B002a |
| | S20 and S25 photocathodes // 6A002a.2.a.3 |
| | Safety cabinets, capable of biological use // 2B352f |
| | Salmonella typhi // 1C351c.10 |
| | Salvage systems, ocean // 8A001e |
| | Satellite communication equipment technology // 5E001b.1 |
| | Satellite receivers, global positioning // 7A005, 7A105 |
| | Satellites // 9A004 |
| | SAW (surface acoustic wave) components // 3A001c.1 |
| | Saxitoxin // 1C351d.5 |
| | Scanning cameras & systems // 6A003b.2 |
| | Scoops for UF6 extraction in gas centrifuges // 0B001b.12 |
| | Scramjet engines/components // 9A011 |
| | Sea-induced motion control systems, automatic // 8A002n |
| | Seal test/inspection equipment, for reactor fuel elements // 0B005 |
| | Sealing equipment, for reactor fuel elements // 0B005 |
| | Seals, aircraft/aerospace use // 1A001a & c |
| | Seals, for surface effect vessels // 8A002k |
| | Secondary cells/batteries, high energy // 3A001e.1.b |
| | Security equipment, information // 5A002 |
| | Security equipment, information, software // 5D002 |
| | Segmented mirrors, assembly in space // 6A004c.3 |
| | Self-contained diving apparatus // 8A002q |
| | Semi-closed diving apparatus // 8A002q |
| | Semiconductor component design software, computer-aided design // 3D003 |
| | Semiconductor components, extended temperature range // 3A001a.2 |
| | Semiconductor compound photocathodes // 6A002a.2.b.3 |
| | Semiconductor diode lasers // 6A005b |
| | Semiconductor lasers // 6A005b |
| | Semiconductor probing systems, electron & laser beam // 3B002d |
| | Semiconductor, test equipment // 3B002 |
| | Sensors, direction finding systems (passive) // 7A115 |
| | Sensors, linear position feedback unit // 2B008a |
| | Sensors, multispectral imaging // 6A002b |
| | Sensors, on-line development of gas turbines // 9B002 |
| | Sensors, optical // 6A002a |
| | Sensors, pressure (manganin & quartz) // 6A226 |
| | Sensors, radiation hardened for missile use // 6A102 |
| | Sensors, superconductive electromagnetic // 6A006h |
| | Separation mechanisms for missiles // 9A117 |
| | Separation nozzles, aerodynamic isotope separation // 0B001d.1 |
| | Separation nozzles, UF6 carrier gas separation // 0B001d.7.c |
| | Separation plant, aerodynamic isotope separation // 0B001a.3 |
| | Separation plant, isotope // 0B001 |
| | Separation process (aerodynamic) equipment & components // 0B001d |
| | Separation tubes, aerodynamic isotope separation // 0B001d.2 |
| | Separator module housings, uranium metal plasma source // 0B001i.6 |
| | Separator module housings, uranium metal vapour source // 0B001i.4 |
| | Separators, atomic laser isotopic separation // 0B001g |
| | Separators, centrifugal (biological) // 2B352c |
| | Separators, electromagnetic isotope // 1B226 |
| | Separators, molecular laser isotopic separation // 0B001h |
| | Servo valves, propellant control systems // 9A106d |
| | Shaft encoders (rotary input type) // 3A001f |
| | Sheep pox virus // 1C352a.13 |
| | Shiga toxin // 1C351d.6 |
| | Shigella dysenteriae // 1C351c.11 |
| | Ship positioning systems, acoustic // 6A001a.1.d |
| | Shrink fit machines for rotor fabrication/assembly // 2B228a |
| | Sidelooking airborne radar (SLAR) // 6A008d |
| | Signal analysers // 3A002c.1 |
| | Signal generators, frequency synthesiser // 3A002d |
| | Signal processing devices, acousto-optic // 3A001c.3 |
| | Signal processing equipment, general purpose digital // 4A003 |
| | Signal processing equipment, hydrophone arrays // 6A001a.2.c |
| | Signal processing equipment, sonar // 6A001a.2.c |
| | Signal processor microcircuits // 3A001a.3 |
| | Signal tracking development/use technology, laser // 5E001b.2 |
| | Signature (electromagnetic) reduction devices // 1C101 |
| | Signature (electromagnetic) reduction materials // 1C001 |
| | Signature suppression devices, treatments & fittings // 1C101, 1C001 |
| | Silahydrocarbon oils // 1C006a.1 |
| | Silicon-on-sapphire integrated circuits // 3A001a |
| | Silicon carbide (SiC) substrate blanks // 6C004d |
| | Silicon microcircuits, industrial // 3A001a |
| | Silicon, hetero-epitaxial grown multi-layer substrates // 3C001a |
| | Silicone fluid, fluorinated // 1C006b.2 |
| | Silver gallium selenide (AgGaSe2 boules // 6C004b.2 |
| | Silyated resists for semiconductor lithography // 3C002d |
| | Simultaneous initiation arrangements or systems, single & multipoint // 3A232b |
| | Single-element photodiodes & phototransistors // 6A002a.1 |
| | Single crystal casting control software // 9D004c |
| | Single crystal casting equipment // 9B001a |
| | Skin friction transducers, wall // 9B008 |
| | Skirts, for surface effect vessels // 8A002k |
| | Slapper detonators (electric) // 3A232a.3 |
| | Slurry propellant control systems // 9A106d |
| | Slush hydrogen storage // 9A006c |
| | Slush hydrogen transfer systems // 9A006c |
| | Small waterplane area vessels // 8A001i |
| | Sodium (Na) metal vapour lasers // 6A005a.2.c |
| | Sodium bifluoride // 1C350.44 |
| | Sodium cyanide // 1C350.45 |
| | Sodium fluoride // 1C350.43 |
| | Sodium sulphide // 1C350.50 |
| | Software for A/D converters usable in missiles // 3D101 |
| | Software for asynchronous transfer mode (ATM) equipment // 5D001d.1 |
| | Software for bearings and machine tools // 2D001 |
| | Software for electromagnetic accelerators // 3D101 |
| | Software for grinding and milling machines // 2D202 |
| | Software for QAM based radio equipment operating above level 128 // 5D001b.4.a |
| | Software for radio equipment operating above 31 GHz // 5D001d.4.b |
| | Software for telecomms equipment employing optical switching // 5D001d.3 |
| | Software, see sub-category D for controls in each category |
| | Software, adaptive control // 2D002 |
| | Software, analysis of reduced observables // 1D103 |
| | Software, composite materials (organic/metal/carbon matrix) // 1D002 |
| | Software, digital computers // 4D |
| | Software, electronic devices // 2D002 |
| | Software, filament winding machine use // 1D201 |
| | Software, for telecomms equipment containing a laser with wavelength > 1750nm // 5D001d.2.a |
| | Software, for telecomms equipment incorporating analogue techniques // 5D001d.2.b |
| | Software, for the development, production or use of electronic equipment and components // 3D001 |
| | Software, multi-datastream processing equipment compilers // 4D003a |
| | Software, multi-datastream processing equipment operating systems // 4D003a |
| | Software, numerical control // 2D002 |
| | Software, real time processing equipment operating systems // 4D003d |
| | Software, real time processing in machine tools // 2D002 |
| | Software, software development tools as source code // 4D003a |
| | Software, source code // 4D003a |
| | Software, specially designed for dynamic adaptive routing equipment // 5D001c.3 |
| | Software, stored programme controlled equipment // 3D002 |
| | Software, tools in source code // 4D003a |
| | Solar cells, space qualified or radiation hardened // 3A001e.1.c |
| | Solenoids, superconductive // 3A001e.3, 3A201b |
| | Solid state imaging devices // 6A002 |
| | Solid propellant rocket engines // 9A107 |
| | Solid rocket fuels // 1C111 |
| | Solid rocket propulsion system, components // 9A008, 9A108 |
| | Solid rocket propulsion systems // 9A007, 9A119 |
| | Solid roller bearings // 2A001a, 2A001b |
| | Solid state cameras // 6A003b.1 |
| | Solid state imaging devices // 6A203b.4 |
| | Solid state joining equipment, tools/dies/fixtures // 9B004 |
| | Solid state lasers, non-tunable // 6A005c.2 |
| | Solid state lasers, tunable // 6A005c.1 |
| | Solid state microwave amplifiers // 3A001b.4 |
| | Solid state switches // 3A228 |
| | Sonar log equipment // 6A001b |
| | Sonar processing equipment // 6A001a.2.c |
| | Sonar signal processing equipment // 6A001a.2.c |
| | Sounding rocket test, inspection & production software // 9D101 |
| | Sounding rockets // 9A104 |
| | Source code, for multi-data-stream processing equipment // 4D003a |
| | Space-qualified optical components // 6A004c |
| | Space-qualified solid state detectors // 6A002a.1 |
| | Space launch vehicle test, inspection & production software // 9D101 |
| | Space launch vehicles // 9A004 |
| | Space probes // 9A004 |
| | Spacecraft // 9A004 |
| | Spacecraft components // 9A010 |
| | Spacecraft inertial navigation equipment/components // 7A003 |
| | Spark-gaps, triggered // 3A228b |
| | Spectrum analysers // 3A002c.1 |
| | Spherical aluminium powder // 1C111a.1 |
| | Spin forming machines // 2B009, 2B209 |
| | Spin forming machines combining a flow-forming function // 2B009 |
| | Spin forming/flow forming equipment, software for // 2D201 |
| | Spindle assemblies, machine tools // 2B008c |
| | Spraying production, equipment, plasma with controlled atmosphere // 2B005d |
| | Spread spectrum development technology techniques // 5E001b.4 |
| | Spread spectrum radio equipment // 5A001b.3 |
| | Spread spectrum spreading code generation // 5A002a.5 |
| | Sprytron tubes, vacuum // 3A228a |
| | Sputter deposition production equipment // 2B005e |
| | SQUIDs (superconductive quantum interference devices) // 6A006h |
| | SRAMs (static random-access memories) // 3A001a.4 |
| | Staging mechanisms for missiles // 9A117 |
| | Staphylococcus aureus toxins // 1C351d.7 |
| | START gyros & gyro components // 7A002 |
| | Static random-access memories (SRAMs) // 3A001a.4 |
| | Stators, ring shaped (centrifugal rotor motor) // 0B001b.10 |
| | Steam sterilisable freeze drying equipment // 2B352e |
| | Steel, maraging // 1C116, 1C216 |
| | Step & repeat equipment, semiconductor wafer processing // 3B001f |
| | Stirling cycle engine, air independent // 8A002j.4 |
| | Storage integrated circuits // 3A001a.4 |
| | Storage tanks, chemical // 2B350c |
| | Strap down/gimbal gyros & gyro components // 7A002 |
| | Streak cameras // 6A203b.1, 6A003a.3, 6A203a.2 |
| | Streak tubes, electronic streak cameras // 6A203b.2 |
| | Subcavitating hydrofoils // 8A002m |
| | Submarine vessel positioning systems, acoustic // 6A001a.1.d |
| | Submersible stage recirculation pumps // 0B004b.4 |
| | Submersible vehicle systems or equipment // 8A002a, 8A001 |
| | Substrate development/production technology, diamond film // 3E002d |
| | Substrates, multi-layer hetero-epitaxial materials // 3C001 |
| | Substrates, semiconductor with resist coating // 3C002 |
| | Sulphur dichloride // 1C350.52 |
| | Sulphur monochloride // 1C350.51 |
| | Super-ventilated propellers // 8A002o.1.a |
| | Supercavitating hydrofoils // 8A002m |
| | Supercavitating propellers // 8A002o.1.a |
| | 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 gates, current switching // 3A001d.2 |
| | Superconductive propulsion engines // 8A002o.2.c |
| | Superconductive quantum interference devices (SQUIDs) // 6A006h |
| | Superplastic forming technology // 2E003b.1.a, 2E003b.2.a |
| | Superplastic forming tools, dies, moulds or fixtures // 1B003 |
| | Supersonic expansion nozzles for UF6 carrier gas // 0B001h.1 |
| | Surface-effect vehicles, (fully skirted variety) // 8A001f |
| | Surface-effect vehicles, (rigid sidewalls) // 8A001g |
| | Surface acoustic wave devices // 3A001c.1 |
| | Surface coating & processing equipment // 2B005 |
| | Surface irregularity measuring equipment/instruments // 2B006c |
| | Surface skimming (shallow bulk) acoustic wave devices // 3A001c.1 |
| | Surface vessel positioning systems, acoustic // 6A001a.1.d |
| | Surface vessels & components // 8A001 |
| | Survey systems, bathymetric // 6A001a.1.a |
| | Swine fever virus (African) // 1C352a.1 |
| | Swine fever virus (hog cholera virus) // 1C352a.7 |
| | Switches, solid state // 3A228 |
| | Syntactic foam, underwater use // 8C001 |
| | Synthetic aperture radar (SAR) // 6A008d |
| | Synthetic diamond material // 6C004f |
| | Systolic array computers/assemblies/components // 4A004a |
| | Tanks, chemical storage // 2B350c |
| | Tantalum crucibles coated with tantalum carbide/nitride/boride // 2A225c |
| | Tantalum made or lined crucibles // 2A225b |
| | Tape-laying machines // 1B001b, 1B101b |
| | Tape designed for testing recording equipment of entry 3A002a // 3A002a |
| | Tape recording equipment // 3A002a |
| | Technology for equipment or software specified in 2A, 2B or 2D // 2E001 |
| | Technology for interactive graphics, integrated in numerical control equipment // 2E003a |
| | Technology for radio equipment employing quadrature amplitude modulation (QAM) // 5E001c.4.a |
| | Technology for radio equipment operating at greater than 31 GHz // 5E001c.4.b |
| | Technology for telecomms equipment employing a laser // 5E001c.2 |
| | Technology for telecomms equipment employing a laser and analogue techniques // 5E001c.2.e |
| | Technology for telecomms equipment employing a laser and coherent optical transmission // 5E001c.2.c |
| | Technology for telecomms equipment employing a laser and optical amplification using PDFFA // 5E001c.2.b |
| | Technology for telecomms equipment employing a laser and WDM techniques // 5E001c.2.d |
| | Technology for telecomms equipment employing ATM techniques // 5E001c.1 |
| | Technology for telecomms equipment employing common channel signalling // 5E001c.5 |
| | Technology for telecomms equipment employing optical switching // 5E001c.3 |
| | Technology for the development of software for filament winding machines // 1E203 |
| | Technology for the development or productions of metals // 1E202 |
| | Technology for the development/production/use of telemetry equipment usable in missiles // 5E101 |
| | Technology for the use of composite materials // 1E201 |
| | Technology, see sub-category E for controls for each category |
| | Technology, airbourne equipment // 7E004 |
| | Technology, composite maintenance or repair // 1E002e |
| | Technology, composite materials installation // 1E002e |
| | Technology, composite structures repair // 1E002f |
| | Technology, development of frequency agility techniques // 5E001b.4 |
| | Technology, development of spread spectrum techniques // 5E001b.4 |
| | Technology, diamond substrate film // 3E002d |
| | Technology, for composite materials, production equipment // 1E001 |
| | Technology, for the development of software for composites // 1E102 |
| | Technology, for the use of material, composite production // 1E101 |
| | Technology, gas turbine engines & components // 9E003a, 9E003c |
| | Technology, helicopter power transfer systems // 9E003d |
| | Technology, hetero-structure semiconductor development // 3E002b |
| | Technology, high output type diesel engines // 9E003e |
| | Technology, integration software for expert systems // 2E003e |
| | Technology, machine tool instruction generators // 2E003d |
| | Technology, superconductive electronic device // 3E002c |
| | Technology, tilt rotor/wing power transfer systems development // 9E003d |
| | Technology, vacuum microelectronic device // 3E002a |
| | TEGDN (triethylene glycol dinitrate) propellant additive // 1C111c.2 |
| | Telecommunications equipment // 5A001 |
| | Telecommunications equipment/system software // 5D001 |
| | Telecommunications production equipment // 5B001a |
| | Telecommunications test equipment // 5B001a |
| | Telemetering & telecontrol equipment // 5A101 |
| | Telemetry equipment/systems // 5A101 |
| | Television cameras, underwater // 8A002d.1 |
| | Tellurium (Te) with purity of 99,995 % or better // 6C002a |
| | Tempest type equipment // 5A002a.4 |
| | Terrestrial geophones // 6A001b |
| | Teschen disease virus // 1C352a.14 |
| | Test benches/stands, rockets/rocket motors // 9B117 |
| | Test chambers, aerosol challenge // 2B352g |
| | Test equipment - propellants and their constituents // 1B115 |
| | Test equipment for radio equipment employing QAM > 128 // 5B001b.4.a |
| | Test equipment for radio equipment operating at greater than 31 GHz // 5B001b.4.b |
| | Test equipment for telecomms equipment employing a laser // 5B001b.2 |
| | Test equipment for telecomms equipment employing a laser and analogue techniques // 5B001b.2.d |
| | Test equipment for telecomms equipment employing a laser and coherent optical transmission // 5B001b.2.c |
| | Test equipment for telecomms equipment employing a laser and with optical amplification // 5B001b.2.b |
| | Test equipment for telecomms equipment employing ATM // 5B001b.1 |
| | Test equipment for telecomms equipment employing digital techniques // 5B001b.1 |
| | Test equipment for telecomms equipment employing optical switching // 5B001b.3 |
| | Test equipment for telecomms equipment utilising common channel signalling // 5B001b.5 |
| | Test equipment, semiconductor devices // 3B002 |
| | Test piece support structures for vibration test systems // 2B116d |
| | Test receivers, microwave // 3A002f |
| | Test tape designed for recording equipment of entry 3A002a // 3A002a |
| | Tetrodotoxin // 1C351d.8 |
| | Thallium arsenic selenide (Tl3AsSe3 or TAS) // 6C004b.3 |
| | Thermal imaging equipment // 6A002c |
| | Thermal ionisation mass spectrometers (TIMS) // 3A233c |
| | Thermal sensors, optical fibre // 6A002d.3 |
| | Thermoplastic liquid crystal copolymers // 1C008b |
| | Thermoset resin impregnated materials // 1C210c |
| | Thio-ethers (alkylphenylene), lubricating fluids // 1C006b.1 |
| | Thiodiglycol // 1C350.1 |
| | Thionyl chloride // 1C350.9 |
| | Thorium metal/alloys/compounds/concentrates // 0C001 |
| | Thrust chamber, high pressure // 9A006e, 9A106c |
| | Thrust chamber, high pressure // 9A108c |
| | Thrust chambers - liquid rocket propulsion systems // 9A006h |
| | Thrust vector control systems & sub-systems // 9A008d |
| | Thulium-YAG (Tm:YAG) lasers // 6A005c.1 |
| | Thulium-YSGG (Tm:YSGG) lasers // 6A005c.1 |
| | Tick-borne encephalitis virus // 1C351a.14 |
| | Tilt rotor/tilt wing power transfer system technology // 9E003d |
| | Time or frequency domain processing & correlation equipment // 6A001a.2.c |
| | TIMS (Thermal ionization mass spectrometers) // 3A233c |
| | Titanium-sapphire (Ti: Al2O3) lasers // 6A005c.1 |
| | Titanium alloy powders // 1C002b.1.c |
| | Titanium alloys, as tubes/solid forms/forgings // 1C202b, 1C002a.1.b, 1C002a.2.c |
| | Titanium aluminides // 1C002a.1.b |
| | Titanium doped sapphire laser host material // 6C005a |
| | TMETN (trimethylolethane trinitrate) // 1C111c.4 |
| | Tooling for powder metallurgy rotor blade component manufacture // 9B009 |
| | Tow-placement machines // 1B001b |
| | Towed acoustic hydrophone arrays // 6A001a.2.b |
| | Toxic gas monitoring systems // 2B351 |
| | Toxins, natural // 1C351d |
| | Tracking radar // 6A0081 |
| | Tracking systems, precision // 6A0081, 6A108b |
| | Transducers, acoustic projectors // 6A001a.1.c |
| | Transducers, hydrophone // 6A001a.2.a |
| | Transducers, wall skin friction // 9B008 |
| | Transient recorders (Waveform digitisers) // 3A002a.5 |
| | Transistor test equipment, S-parameter measurement // 3B002a |
| | Transistors, microwave // 3A001b.3 |
| | Travelling wave tubes (TWTs) // 3A001b.1.a |
| | Tray exchange towers, hydrogen sulphide-water // 0B004b.4 |
| | Triethanolamine // 1C350.46 |
| | Triethanolamine hydrochloride // 1C350.53 |
| | Triethyl phosphite // 1C350.30 |
| | Triethylene glycol dinitrate (TEGDN) // 1C111c.2 |
| | Triggered spark-gaps // 3A228b |
| | Trimethyl phosphite // 1C350.8 |
| | Triodes, cold cathode // 3A228a |
| | Tritium plant // 1B231 |
| | Tritium recovery, extraction & concentration facilities // 1B231 |
| | Tritium, compounds & mixtures // 1C235 |
| | Trusted computer system evaluation criteria (TCSEC) capability // 5A002a.6 |
| | 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 |
| | Tungsten & molybdenum metal alloys // 1C117 |
| | Tungsten alloys // 1C004 |
| | Tungsten alloys, as parts // 1C226 |
| | Tungsten carbide, as parts // 1C226 |
| | Tungsten, as parts // 1C226 |
| | Turbines, gas aero engines // 9A001 |
| | Turbines, gas aero engines, test software // 9D004b |
| | Turbocompound engines // 9A101 |
| | Turboexpanders and turboexpander-compressors // 1B232 |
| | Turbofan & turbojet engines, lightweight // 9A101 |
| | Turning machines (CNC) // 2B001a |
| | TV cameras, radiation-hardened // 6A203c |
| | Two dimensional focal plane arrays // 6A002a.3 |
| | TWTs (Travelling Wave Tubes) // 3A001b.1.a |
| | UF6/carrier gas separation systems // 0B001h.5, 0B001d.7 |
| | UF6 auxiliary isotope separation/enrichment equipment // 0B002 |
| | UF6 cold traps // 0B002b, 0B001d.7.d |
| | UF6 desublimers // 0B002b |
| | UF6 liquefaction stations // 0B002d |
| | UF6 mass spectrometers/ion sources // 0B002g |
| | UF6 piping & header systems // 0B002e |
| | UF6 product & tails stations // 0B002c |
| | UF6 resistant compounds & powders // 0C005 |
| | UF6 vacuum pumps // 0B002f.2 |
| | Underwater (propeller) noise reduction software // 8D002 |
| | Underwater cameras, photographic // 8A002d-f |
| | Underwater communication cable // 5A001c.2 |
| | Underwater communications systems // 5A001b.1 |
| | Underwater electronic imaging systems // 8A002f |
| | Underwater noise reduction technology // 8E002 |
| | Underwater optical fibre cables & accessories // 5A001c.2 |
| | Underwater robots, computer controlled // 8A002h |
| | Underwater swimming apparatus // 8A002q |
| | Underwater vehicles, industrial // 8A001 |
| | Underwater velocity measurement equipment // 6A001b |
| | Underwater vision systems // 8a002d |
| | Unmanned tethered submersible vehicles // 8A001c |
| | Unmanned untethered submersible vehicles // 8A001d |
| | Uranium conversion plant & equipment // 0B003 |
| | Uranium cooling equipment // 0B001g.2 |
| | Uranium electromagnetic separator vacuum housings // 0B001j.3 |
| | Uranium fluoride (vapour product & tails collector systems) // 0B001g.3 |
| | Uranium hexafluoride (UF6) resistant compounds & powders // 0C005 |
| | Uranium isotopes separation, lasers or laser systems // 0B001g.5, 0B001h.6 |
| | Uranium metal, alloys, compounds & concentrates // 0C001, 0C002 |
| | Uranium oxidation systems // 0B001e.6 |
| | Uranium pentafluoride (UF5) product filter collectors // 0B001h.2 |
| | Uranium plasma generation systems // 0B001i.3 |
| | Uranium titanium alloys // 1C004 |
| | Uranium vapour product & tails collector systems // 0B001g.3 |
| | Uranium, enriched in Uranium-233 or Uranium-235 // 0C002 |
| | Vacuum furnaces // 2B226, 2B227 |
| | Vacuum headers // 0B002f.1 |
| | Vacuum housings for uranium electromagnetic separators // 0B001j.3 |
| | Vacuum induction furnace, power supplies // 2B226 |
| | Vacuum induction furnaces // 2B226 |
| | Vacuum manifolds // 0B002f.1 |
| | Vacuum melting, remelt & casting furnaces // 2B227 |
| | Vacuum microelectronic device development/production technology // 3E002a |
| | Vacuum pump // 2B231, 0B002f.2, 0B002f.2, 2B350i |
| | Vacuum tubes, industrial electronic // 3A228, 3A001b.1 |
| | Valves, bellows // 2B350g |
| | Valves, bellows seal // 2A226 |
| | Valves, diaphragm // 2B350g |
| | Valves, double-seal // 2B350g |
| | Valves, gaseous diffusion isotope separation // 0B001c.6 |
| | Valves, industrial electronic // 3A001b.1, 3A228a, 3A228b |
| | Valves, multiple seal incorporating a leak detection port // 2B350g |
| | Valves, non-return (check) // 2B350g |
| | Variola virus // 1C351a.15 |
| | Vector processors/assemblies // 4A003 |
| | Vehicles, space/space craft/rocket launch support // 9A115b |
| | Velocity interferometers (VISARs) // 6A225 |
| | Velocity measurement equipment, underwater // 6A001b |
| | Venezuelan equine encephalitis virus // 1C351a.16 |
| | Ventilated propellers // 8A002o.1.a |
| | Verotoxin // 1C351d.9 |
| | Vesicular stomatitis virus // 1C352a.15 |
| | Vessel noise reduction equipment // 8A002.o.3 |
| | Vessel positioning systems, acoustic // 6A001a.1.d |
| | Vessels, marine // 8A001 |
| | Vibration test equipment production and use software // 2D101 |
| | Vibration test equipment using digital control techniques // 2B116a |
| | Vibration test equipment, acoustic // 9B006 |
| | Vibration thruster (shaker units) for vibration test systems // 2B116c |
| | Vibrio cholerae // 1c351c.12 |
| | Video cameras incorporating solid state sensors // 6A003b.1 |
| | Vinylidene fluoride copolymers // 1C009a, 1A001 |
| | Viruses // 1C351, 1C352, 1C352a, 1C351a |
| | Viscous software, 2D or 3D engine flow modelling // 9D004a |
| | Vision systems, underwater // 8A002d |
| | Vortex tube units, UF6 separation from carrier gas // 0B001d.7.c |
| | Vortex tubes, aerodynamic isotope separation // 0B001d.2 |
| | Wafer handling systems, semiconductor // 3b001e |
| | Wafer processing, semiconductor manufacture // 3B001f |
| | Wafers, comprising multiple epitaxially grown layers // 3C001 |
| | Wafers, semiconductor with function determined // 3A001a |
| | Wall skin friction transducers // 9B008 |
| | Water-hydrogen sulphide exchange tray columns // 1B229 |
| | Water-screw propellers // 8A002o.1 |
| | Water distillation towers, heavy // 0B004b.4 |
| | Water jet (pumpjet) propulsion systems // 8A002p |
| | Water jet cutting machines (CNC) // 2B001e.1.a |
| | Water tunnels, propulsion model acoustic field measurement // 8B001 |
| | Water-hydrogen sulphide exchange towers // 0B004b.1 |
| | Waveform digitisers (transient recorders) // 3A002a.5 |
| | Wax pattern preparation equipment, ceramic shell // 9B001d |
| | Weaving machines // 1B001c |
| | Western equine encephalitis virus // 1C351a.17 |
| | Wet-spinning equipment for refractory ceramics // 1B001d.3, 1B101d.3 |
| | White pox // 1C351a.18 |
| | Wide-swath bathymetric survey systems // 6A001a.1.a |
| | Wind tunnel aero-model technology // 9E003b.1 |
| | Wind tunnel, control systems // 9B005 |
| | Wind tunnels, usable for missiles // 9B105 |
| | Windows, glass for nuclear radiation shielding // 1A227 |
| | Work stations, as computers // 4A003b |
| | X-ray equipment, radiographic // 3A101b, 3A201c |
| | X-ray sensitive resist materials // 3C002c |
| | Xanthomonas albilineans // 1C354a.1 |
| | Xanthomonas capestris pv. aurantifolia // 1C354a.2 |
| | Xanthomonas citri // 1C354a.2 |
| | Yellow fever virus // 1C351a.19 |
| | Yttrium oxide (yttria) (Y2O3), crucibles made of or coated with // 2A225a.8 |
| | Zinc selenide (ZnSe), substrate blanks // 6C004a |
| | Zinc sulphide (ZnS), substrate blanks // 6C004a |
| | Zirconium fluoride (ZrF4) glass // 6C004e |
| | Zirconium metal and alloy powder // 1C111a.2 |
| | Zirconium metal and alloy tubes & assemblies // 0A001f |
| | Zirconium metal, alloy and compounds // 1C234 |
| | Zirconium oxide (zirconia) (ZrO2) made/coated crucibles // 2A225a.9 |
| | Zoonoses // 1C351 |
