{
  "url": "https://openlegislation.uk/export-of-goods-control-order-1991/schedule-1/part-II/chapter-14",
  "json_url": "https://openlegislation.uk/export-of-goods-control-order-1991/schedule-1/part-II/chapter-14.json",
  "legislation": "uksi/1991/2666",
  "legislation_title": "The Export of Goods (Control) Order 1991",
  "legislation_url": "https://openlegislation.uk/export-of-goods-control-order-1991",
  "path": "schedule/1/part/II/chapter/14",
  "kind": "chapter",
  "number": "GROUP 3I",
  "heading": null,
  "text": "Chemicals, Metalloids and Petroleum Products\nIL1710\nFluids and lubricating materials, the following–\n(a) Hydraulic fluids which contain any of the following compounds or materials as their principal ingredients:\n(1) Highly refined super-dewaxed petroleum (mineral) oils, synthetic hydrocarbon oils or silahydrocarbon oils, having all of the following characteristics–\nC\n(A) Flash point exceeding 477K (204°C);\n(B) Pour point 239K (−34°C) or lower;\n(C) Viscosity index 75 or more; and\n(D) Thermal stability 616K (343°C); (Silahydrocarbon oils are those oils which contain exclusively silicon, hydrogen and carbon.) (2) Chlorofluorocarbons having all of the following characteristics–\nC\n(A) No flash point;\n(B) Autogenous ignition temperature exceeding 977K (704°C);\n(C) Pour point 219K (−54°C) or lower;\n(D) Viscosity index 80 or more; and\n(E) Boiling point 473K (200°C) or higher;\n(chlorofluorocarbons are those chemicals which contain exclusively carbon, fluorine and chlorine); or\n(3) Monomeric or polymeric forms of perfluoropolyalkylether-triazines or perfluoroaliphatic ethers\nC\n(b) Lubricating materials containing any of the following compounds or materials as their principal ingredients–\n(1) Monomeric or polymeric forms of perfluoropolyalkylether-triazines or perfluoroaliphatic ethers\nC\n(2) Phenylene or alkylphenylene ethers or thio-ethers, or their mixtures, containing more than two ether or thio-ether functions or mixtures thereof\nC\n(3) Polychlorotrifluoroethylene (oily and waxy modifications only)\nor\n(4) Fluorinated silicone fluids with kinematic viscosity of less than 5,000mm2 /s (5,000 centistokes) measured at 298K (25°C)\nC\n(c) Damping or flotation fluids made of at least 85% of any of the following compounds or materials–\n(1) Dibromotetrafluoroethane having a purity exceeding 99.8% and containing less than 25 particles of 200 micrometre or larger in size per 100ml\nC\n(2) Polychlorotrifluoroethylene (oily and waxy modifications only)\nor\n(3) Polybromotrifluoroethylene\nC\n(d) Cooling fluids made of at least 85% of any of the following compounds or materials–\n(1) Monomeric or polymeric forms of perfluoropolyalkylether-triazines or perfluoroaliphatic ethers\nC\n(2) Perfluoroalkylamines\nC\nor\n(3) Perfluorocycloalkanes or perfluoroalkanes with all of the following characteristics–\nC\n(A) Density at 298K (25°C) of 1.5g/ml or more;\n(B) In a liquid state at 273K (0°C); and\n(C) Containing 60% or more by weight of fluorine.\nIn this entry–\n(a) Flash point is determined using the Cleveland Open Cup Method described in ASTM D-92 or national equivalents;\n(b) Pour point is determined using the method described in ASTM D-97 or national equivalents;\n(c) Viscosity index is determined using the method described in ASTM D-2270 or national equivalents;\n(d) Thermal stability is determined by the following test procedure or national equivalents: Twenty ml of the fluid under test is placed in a 46ml type 317 stainless steel chamber containing one each of 12.5mm (nominal) diameter balls of M-10 tool steel, 52100 steel and naval bronze (60% Cu, 39% Zn, 0.75% Sn). The chamber is purged with nitrogen, sealed at atmospheric pressure and the temperature raised to and maintained at 644 + 6K (371 + 6°C) for six hours. The specimen will be considered thermally stable if, on completion of the above procedure, all of the following conditions are met:\n(1) The loss in weight of each ball is less than 10mg/mm2 of ball surface;\n(2) The change in original viscosity as determined at 311K (38°C) is less than 25%; and\n(3) The total acid or base number is less than 0.40;\n(e) Autogenous ignition temperature is determined using the method described in ASTM E-659 or national equivalents.\nIL1715\nBoron, the following–\n(a) Boron element (metal) in all forms\nC\n(b) Boron compounds, mixtures, and composites containing 5% or more of boron (except pharmaceutical preparations packaged for retail sale), the following–\n(1) non-ceramic boron-nitrogen compounds (eg borazanes, borazines and boropyrazoyls)\nC\n(2) boron hydrides (eg boranes), except sodium boron hydride, potassium boron hydride, monoborane, diborane and triborane\nC\n(3) organoboron compounds, including metallo-organoboron compounds\nC\nPL7006\nBoron compounds and mixtures in which the boron-10 isotope comprises more than 20% of the total boron content\nW\nIL1733\nBase materials, non-composite ceramic materials, ceramic-ceramic composite materials and precursor materials for the manufacture of high temperature fine technical ceramic products, the following–\n(a) Base materials having all the following characteristics–\nA\n(1) any of the following compositions–\n(i) single or complex oxides of zirconium, and complex oxides of silicon or aluminium;\n(ii) single or complex borides of zirconium or titanium;\n(iii) single or complex carbides of silicon or boron; or\n(iv) single or complex nitrides of silicon, boron, aluminium or zirconium;\n(2) total metallic impurities, excluding intentional additions, of less than–\n(i) 1,000ppm for single oxides or carbides;\n(ii) 5,000ppm for complex compounds, single borides or single nitrides; and\n(3) average particle size less than or equal to 5 micrometres and no more than 10% of the particles larger than 10 micrometres except for zirconia where these limits are 1 micrometre and 5 micrometres respectively.\n(b) Non-composite ceramic materials, in crude or semi-fabricated form, composed of any material specified in head (a) above, except abrasives\nA\n(c) Ceramic-ceramic composite materials containing finely dispersed particles or phases or any non-metallic fibrous or whisker-like materials, whether externally introduced or grown in situ\nduring processing, where the following materials form the host matrix–\n(1) all oxides, including glasses\nA\n(2) carbides or nitrides of silicon or boron\nA\n(3) borides or nitrides of zirconium or borides, carbides or nitrides of hafnium\nA\n(4) any combination of the materials specified in sub-heads (c)(1) to (3) above\nA\nexcept–\nmanufactured products or components not specified elsewhere in this Schedule.\n(d) Precursor materials, (ie. special-purpose polymeric or metallo-organic materials for producing any base or phases of the materials specified inhead (b) or (c) above), the following–\n(1) polycabosilanes and polydiorganosilanes (for producing silicon carbide) A\n(2) polysilazanes (for producing silicon nitride) A\n(3) polycarbosilazanes for producing ceramics with silicon, carbon and nitrogen components\nA\nIn this entry–\n(a) a “matrix” means a substantially continuous phase that fills the space between particles, whiskers or fibres;\n(b) a “composite” means a matrix and an additional phase or additional phases consisting of particles, whiskers, fibres or any combination thereof, present for a specific purpose or purposes.\nIL1746\nNon-fluorinated polymeric substances, the following:\n(a) Polyimides (including maleimides)\nC\nexcept–\nfully cured polyimide or polyimide-based film, sheet, tape or ribbon having a maximum thickness of 0.254mm, whether or not coated or laminated with heator pressure-sensitive resinous substances of an adhesive nature, which contain no fibrous reinforcing materials, and which have not been coated or laminated with carbon, graphite, metals or magnetic substances.\n(b) Polybenzimidazoles\nC\n(c) Aromatic polyamides, including heterocyclic aromatic polyamides characterised as aromatic owing to the presence of a benzene ring\nC\n(d) Polybenzothiazoles\nC\n(e) Polyoxadiazoles\nC\n(f) Polyphosphazenes (polyphosphonitriles)\nC\n(g) Polystyrylpyridine (PSP)\nC\n(h) Thermoplastic liquid crystal copolymer composed of the following–\nC\n(1) Either of the following–\n(A) Phenylene, biphenylene or naphthalene; or\n(B) Methyl, tertiary-butyl or phenyl substituted phenylene, biphenylene or naphthalene; and\n(2) Any of the following acids–\n(A) Terephthalic acid;\n(B) 6-hydroxy-2 naphthoic acid; or\n(C) 4-hydroxybenzoic acid;\nexcept–\nmanufactures thereof, having both of the following characteristics–\n(A) A tensile modulus of less than 15GPa in any direction; and\n(B) Specially designed for non-aerospace, non-electronic, civil applications;\n(i) Polybenzoxazoles\nC\n(j) Polyarylene ether ketones, the following–\n(1) Polyether ether ketone (PEEK)\nC\n(2) Polyether ketone ketone (PEKK)\nC\n(3) Polyether ketone (PEK)\nC\n(4) Polyether ketone ether ketone ketone (PEKEKK)\nC\n(k) Butadiene polymers, the following–\n(1) Carboxyl terminated polybutadiene (CTPB)\nC\n(2) Hydroxyl terminated polybutadiene (HTPB)\nC\n(3) Thiol terminated polybutadiene (TTPB)\nC\n(4) Vinyl terminated polybutadiene (VTPB)\nC\n(5) Cyclised 1,2-polybutadiene\nC\n(6) Mouldable copolymers of butadiene and acrylic acid\nC\n(7) Mouldable terpolymers of butadiene, acrylonitrile and acrylic acid or any of the homologues of acrylic acid\nC\n(l) Carboxyl terminated polyisoprene\nC\n(m) Polyarylene ketones\nC\n(n) Polyarylene sulphides, except polyphenylene sulphide\nC\nPL7028\nPropellants for spacecraft, and related substances, the following: and specially designed software therefor–\n(a) propellants specially designed for goods specified in IL1465\nA\n(b) additives, precursors and stabilisers, for any material specified in head (a) above\nA\nIL1754\nFluorinated compounds and materials, and manufactures thereof, the following–\n(a) Unprocessed polymeric materials and intermediates, the following–\n(1) Fluoroelastomeric compounds where the polymer backbone consists of at least 95% of–\n(A) A combination of two or more of the following monomers–\nC\n(a) Tetrafluoroethylene;\n(b) Vinylidene fluoride;\n(c) Hexafluoropropylene;\n(d) Bromotrifluoroethylene;\n(e) Iodotrifluoroethylene;\n(f) Perfluoromethylvinylether;\n(g) Perfluoropropoxypropylvinylether;\nexcept–\nthe copolymer of vinylidene fluoride and hexafluoropropylene, or the terpolymer of vinylidene fluoride, hexafluoropropylene and tetrafluoroethylene;\n(B) A copolymer of tetrafluoroethylene and propylene; or\nC\n(C) A terpolymer of tetrafluoroethylene, vinylidene fluoride and propylene\nC\n(2) Copolymers of vinylidene fluoride having 75% or more beta crystalline structure without stretching\nC\n(3) Fluorinated silicone rubbers, and intermediates for their production, containing 30% or more of combined fluorine\nC\n(4) Fluorinated polyimides, and hexafluoroacetone and other intermediates for their production, containing 30% or more of combined fluorine\nC\n(5) Fluorinated phosphazene elastomers, and intermediates for their production, containing 30% or more of combined fluorine\nC\n(b) Manufactures, the following–\n(1) Electric wire and cable coated with or insulated with any of the materials specified in sub-head (a)(1)(B) or (a)(1)(C) above\nC\nexcept–\noil well logging cable;\n(2) Seals, gaskets, rods, sheets, sealants or fuel bladders made, to the extent of more than 50%, of any of the compounds specified in sub-head (a)(1), (a)(3), (a)(4) or (a)(5) above, and specially designed for aerospace or aircraft use\nC\n(3) Piezoelectric polymers and copolymers made from vinylidene fluoride, having both of the following characteristics\nC\n(A) In sheet or film form; and\n(B) With a thickness of more than 200 micrometre.\n(4) Reinforced tubing (including connectors and fittings for use with such tubing) incorporating coagulated dispersion grades of polytetrafluoroethylene, copolymers of tetrafluoroethylene and hexafluoropropylene, or any of the fluorocarbon compounds specified in sub-head (a)(1) above and designed for operating (working) pressures of 21 MPa or more, whether or not specially processed to make the flow surfaces electrically conductive\nC\nIL1757\nCompounds and materials, the following–\n(a) Monocrystalline silicon in the form of ingots (rods), and slices or wafers thereof, having a resistivity of more than 1000 ohm-cm\nC\n(b) Gallium of a purity equal to or more than 99.9999% and gallium III/V compounds of any purity level\nC\nexcept–\n(1) Gallium phosphide; or\n(2) Other gallium III/V compounds having all of the following characteristics–\n(A) Dislocation density (etch pit density–EPD) exceeding 100 per mm2 ;\n(B) Carrier concentration exceeding 1 × 1014 per mm3 ; and\n(3) Carrier mobility less than 0.3 m2 /V-s;\n(c) Indium of a purity more than 99.9995% and III-V indium compounds containing more than 1% indium\nC\n(d) Hetero-epitaxial materials consisting of a monocrystalline insulating substrate epitaxially layered with silicon, III/V compounds of gallium or indium or II/VI compounds of sulphur, selenium or tellurium\nC\n(e) Elemental Cadmium (Cd) and Tellerium (Te) of purity levels equal to or more than 99.9995% and cadmium terullide (CdTe) compounds of a purity level equal to or more than 99.99% or single crystals of cadmium terullide (CdTe) of any purity level\nC\n(f) Rods of polycrystalline silicon having either of the following characteristics–\n(1) Boron impurity concentration (P-type) equal to or less than 0.052 parts per thousand million atomic\nC\nor\n(2) P-type resistivity equal to or more than 5,000 ohm-cm\nC\n(Purity verified in accordance with ASTM F574-83 standard or equivalents, and resistivity measured in accordance with ASTM F43-83 standard or equivalents (see also ASTM F723-82 standard for the conversion between resistivity and density of doping agents)).\n(g) Compounds having a purity level (based upon the amount of the primary constituent) of 99.5% or more and used as the silicon source in the deposition of epitaxial layers of silicon, silicon oxide or silicon nitride, and dichlorosilane (SiC12H2) having a purity level of 97% or more\nC\n(h) Single crystal sapphire substrates\nC\n(i) Boron oxide (B2 03 ) in powder or cast form with a purity of 99.9% or more, containing 1,000 or less parts per million of water\nC\n(j) Resist materials, the following–\n(1) Negative type resists, optimised for photolithography at a wavelength of less than 350 nm\nC\n(2) Positive type resists optimised for photolithography at a wavelength of less than 370 nm\nC\nexcept–\npositive type resists not optimised for a specific wavelength\n(3) All resists for use with electron beams or ion beams with a sensitivity of 50 microcoulomb/cm2 or less\nC\n(4) All resists for use with X-rays with a sensitivity of 50 mJ/cm2 or less\nC\n(5) All resists optimised for surface imaging technologies, including silyated resists\nC\n(6) Image reversal resists\nC\n(k) Monocrystalline lithium niobate\nC\n(l) Metallo-organic compounds of beryllium, magnesium, zinc, cadmium, mercury, aluminium, gallium, indium, phosphorus, arsenic or antimony having a purity (metal basis) of 99.999% or more\nC\n(m) Hydrides of phosphorus, arsenic, antimony, selenium or tellurium having a purity of 99.999% or more, even diluted in neutral gases\nC\nexcept–\nthose with the addition of 20% molar or more of rare gases or hydrogen.\nNotes:\n1. Silyation techniques are processes incorporating oxidation of the resist surface to enhance performance for both wet and dry developing.\n2. III/V compounds are polycrystalline or binary or complex monocrystalline products consisting of elements of groups IIIA and VA of Mendeleyev’s periodic classification table (gallium arsenide, gallium-aluminium arsenide, indium phosphide, etc.).\n3. II/VI compounds are polycrystalline or binary or complex monocrystalline products consisting of elements of groups IIB and VIA of Mendeleyev’s periodic classification table (cadmium telluride, cadmium-mercury telluride, cadmium-zinc telluride, etc.).\nPL7034\nGraphites, the following:\n(a) fine grain recrystallised bulk graphites having a bulk density of 1.72g/cc or greater, measured at 15°C\nA\n(b) pyrolytic reinforced graphites\nA\n(c) fibrous reinforced graphites\nA\nIL1759\nSyntactic foam for underwater use and microspheres, the following–\n(a) Syntactic foam having either of the following characteristics–\n(1) designed for marine depths exceeding 1,000 m\nC\n(2) a density less than 0.561 g/cm3 unless designed for use at marine depths less than 100 m\nC\n(b) Hollow microspheres (microballoons) for use in syntactic foam, having all of the following characteristics–\nC\n(1) made from glass or plastic;\n(2) a true particle density of more than 0.16 g/cm3 and less than 0.41 g/cm3 ;\n(3) a bulk density of more than 0.088 g/cm3 and less than 0.23 g/cm3 ;\n(4) a compressive strength more than 2.8 MPa;\n(5) a particle size range of 20 to 200 micrometre; and\n(6) a floater content of at least 94 per cent by volume.\nIn this entry–\n“syntactic foam” means hollow spheres of plastic or glass embedded in a resin matrix.\nIL1763\nFibrous and filamentary materials which may be used in organic matrix, metallic matrix or carbon matrix composite structures or laminates, and such composite structures and laminates and technology therefor, the following: and specially designed ODMA software therefor–\n(a) Fibrous and filamentary materials with specific modulus greater than3.18 × 106 m and specific tensile strength greater than 7.62 × 104 m\nA\n(b) Fibrous and filamentary materials having both of the following characteristics–\nC\n(1) specific modulus greater than 2.54 × 106 m; and\n(2) melting or sublimation point higher than 1,922 K (1,649°C) in an inert environment\nexcept–\n(A) carbon fibres having a specific modulus less than 5.08 × 106 m and a specific tensile strength less than 2.54 × 104 m;\n(B) discontinuous, multiphase, polycrystalline alumina fibres in chopped fibre or random mat form, containing 3% by weight or more silica, having a specific modulus less than 10 × 106 m;\n(C) molybdenum and molybdenum alloy fibres;\n(D) discontinuous ceramic fibres having their melting point or sublimation point lower than 2,043K (1,770°C) in an inert environment;\n(c) Resin or pitch-impregnated fibres (prepregs), metal or carbon-coated fibres (preforms) or carbon fibre preforms made with materials specified in head (a) or (b) above\nC\n(d) Composite structures, laminates and manufactures thereof for products and components made either with an organic matrix, a carbon matrix or a metal matrix utilising materials specified in head (a), (b) or (c) above\nC\nexcept–\nmanufactured products or composites not specified elsewhere in this Schedule.\n(e) Technology for fibrous and filamentary materials and for composite structures and laminates, the following–\n(1) technology which is unique to the spinning and subsequent treatment of precursor materials into fibres specially designed for processing into carbon filamentary materials specified in head (a) or (b) above\nD\n(2) technology for the production of fibrous and filamentary materials specified in head (a) or (b) above\nD\n(3) technology for the production of prepregs specified in head (c) above using pressure impregnation or chemical vapour deposition, and for preforms specified in head (c) above using vacuum or pressure impregnation of chemical vapour deposition\nD\n(4) technology for the development and production of composite structures, laminates and manufactures specified in head (d) above\nD\n(5) technology for rigidisation and densification processes specially designed for the manufacture of carbon-carbon composite materials, the following–\n(i) for impregnation, infiltration or deposition into carbon fibre preforms\nD\n(ii) for carbonisation\nD\n(iii) for graphitisation\nD\n(iv) for hot isostatic pressing\nD\nIn this entry–\n1. the term “fibrous and filamentary materials” includes:\n(a) continuous monofilaments;\n(b) continuous yarns and rovings;\n(c) tapes, fabrics, random mats and braids;\n(d) chopped fibres, staple fibres and coherent fibre blankets;\n(e) whiskers, either monocrystalline or polycrystalline, of any length;\n2. “specific modulus” is Young’s modulus in pascals, equivalent to N/m2 divided by specific weight in N/m3 measured at a temperature of (296 ± 2) K ((23 ± 2)°C) and a relative humidity of (50 ± 5)%;\n3. “specific tensile” strength is ultimate tensile strength in pascals, equivalent to N/m2 divided by specific weight in N/m3 measured at a temperature of (296 ± 2) K (23 ± 2)°C) and a relative humidity of (50 ± 5)%;\n4. “carbon fibre preform” means an ordered arrangement of uncoated or coated fibres intended to constitute a framework of a part before the matrix is introduced to form a composite;\n5. “matrix” means a substantially continuous phase that fills the space between particles, whiskers or fibres;\n6. “composite” means a matrix and an additional phase or additional phases consisting of particles, whiskers, fibres or any combination thereof, present for a specific purpose or purposes.\nPL7046\nResaturated pyrolized (ie carbon-carbon) materials designed for use in goods specified in entry IL1465 or ML4\nA\nIL1767\nPreforms of glass or of any other material specially designed for the fabrication of optical fibres specified in head (b) or (c) in entry IL1526 in Group 3F relating to cable and wire\nC\nIn this entry “optical fibre preforms” means bars, ingots, or rods of glass, plastic or other materials which have been specially processed for use in fabricating optical fibres.\nPL7007\nChemicals, the following–\n(a) Ammonium hydrogen fluoride\nA\n(b) Arsenic trichloride\nA\n(c) Benzilic acid\nA\n(d) 2-chloroethanol\nA\n(e) Diethylaminoethanol\nA\n(f) Diethyl ethylphosphonate\nA\n(g) Diethyl methylphosphonite\nA\n(h) Diethyl-N, N-dimethylphosphoramidate\nA\n(i) Diethyl phosphite\nA\n(j) Di-isopropylamine\nA\n(k) Dimethylamine\nA\n(l) Dimethylamine hydrochloride\nA\n(m) Dimethyl ethylphosphonate\nA\n(n) Dimethyl methylphosphonate\nA\n(o) Dimethylphosphite\nA\n(p) Ethyl phosphinyl dichloride\nA\n(q) Ethyl phosphinyl difluoride\nA\n(r) Ethyl phosphonyl dichloride\nA\n(s) Ethyl phosphonyl difluoride\nA\n(t) 3-hydroxy-1-methylpiperidine\nA\n(u) Hydrogen fluoride\nA\n(v) Methyl benzilate\nA\n(w) Methyl phosphinyl dichloride\nA\n(x) Methyl phosphinyl difluoride\nA\n(y) Methyl phosphonyl dichloride\nA\n(z) Methyl phosphonyl difluoride\nA\n(aa) N,N-diisopropyl-(Beta)-aminoethane thiol\nA\n(bb) N,N-diisopropyl-(Beta)-amino ethanol\nA\n(cc) N,N-diisopropyl-(Beta)-aminoethyl chloride\nA\n(dd) O-ethyl-2-di-isopropylaminoethyl methylphosphonite\nA\n(ee) Pinacolone\nA\n(ff) Pinacolyl alcohol\nA\n(gg) Phosphorus oxychloride\nA\n(hh) Phosphorus pentachloride\nA\n(ii) Phosphorus pentasulphide\nA\n(jj) Phosphorus trichloride\nA\n(kk) Potassium bifluoride\nA\n(ll) Potassium cyanide\nA\n(mm) Potassium fluoride\nA\n(nn) 3-quinuclidinol\nA\n(oo) 3-quinuclidone\nA\n(pp) Sodium bifluoride\nA\n(qq) Sodium cyanide\nA\n(rr) Sodium fluoride\nA\n(ss) Sodium sulphide\nA\n(tt) Thiodiglycol\nA\n(uu) Thionyl chloride\nA\n(vv) Tri-ethanolamine\nA\n(ww) Triethyl phosphite\nA\n(xx) Trimethyl phosphite\nA\nINDEX\nMunitions List –Group 1\nAcoustic devices\nPL 5001\nAdditives, explosives\nPL 5009\nAero-engines\nML 10\nAiming devices\nML 5\nAirborne equipment\nML 10b\nAmmunition\nML 3 and PL 5021\nAmphibious vehicles\nML 6\nAnti-riot shields and devices\nPL 5001\nArmed vehicles\nML 6\nArmoured plate\nML 13a\nArmoured railway trains\nML 6\nAutomatic piloting systems\nML 10\nBiocatalysts\nML 7 and ML 25\nBiological agents\nML 7\nBiological systems\nML 7 and ML 25\nBiopolymers\nML 7\nBody armour\nML 13d\nBombs\nML 4a\nBreathing equipment\nPL 5012\nBromobenzyl cyanide\nML 7\nBullet resistant clothing\nML 13\nBullet-proof clothing\nML 13\nCameras, reconnaissance\nML 12\nCannon\nML 2a\nCarbines\nML 1a\nCastings\nML 16\nChemical Agents\nML 7\nChemicals\nML 7\n2-Chlorotriethylamine\nML 7\nChlorovinyldichloroarsine and\ndichlorodivinylchloroarsine (Lewisite)\nML 7\nCompasses\nML 9\nConstruction equipment\nML 17\nCrash helmets\nPL 5012\nCryogenic equipment\nML 20\nDefence equipment for toxicological agents\nML 7\nDemolition charges\nML 4a\nDepth charges\nML 4a\nDetection devices, underwater\nPL 5010\nDibenzoxazepine\nML 7\nDibromodimethyl ether\nML 7\nDichlorodimethyl ether\nML 7\n2:2'-Dichlorotriethylamine\nML 7\nDiesel engines specially designed for submarines\nML 9\nDichlorodiethyl sulphide\nML 7\nDiphenylaminechloroarsine\nML 7\nDiphenylchloroarsine\nML 7\nDiphenylcyanoarsine\nML 7\nDirected energy weapons\nML 23\nDissemination equipment for toxicological agents\nML 7\nDiving apparatus\nML 17\nElectric motors\nML 9\nElectrified riot control vehicles\nPL 5001\nElectronic equipment, military\nML 11\nEnvironmental chambers\nML 19\nEquipment for development\nPL 5017\nEthyl NN-dimethylphosphoramidocyanidate\nML 7\nEthyldibromoarsine\nML 7\nEthyldichloroarsine\nML 7\nExplosives\nPL 5009\nField engineer equipment\nML 17\nFilm processing and printing machines\nML 12\nFire control equipment\nML 5\nFire bombs\nML 4a\nFlack suits\nML 13\nFlame throwers\nML 2\nForgings\nML 16 and PL 5020\nFuel thickeners\nML 4c\nFuels\nPL 5009\nGangchains\nPL 5001\nGas generators\nML 2\nGas projectors\nML 2b\nGrenades\nML 4a\nGun-carriers\nML 6\nGuns\nML 2a\nHalf-tracks\nML 6\nHelmets\nML 13c\nHowitzers\nML 2a\nHull connectors\nML 9\nHull penetrators\nML 9\nImage intensifiers\nML 15\nImaging equipment\nML 12\nIncendiary bombs\nML 4a\nInfrared equipment\nML 12 and ML 15\nisoPropyl methylphosphonofluoridate\nML 7\nKinetic energy weapon systems\nML 26\nLarge calibre armaments\nML 2\nLasers\nML 23\nLeg irons\nPL 5001\nLewisite\nML 7\nMachine guns\nML 1a\nMachine pistols\nML 1a\nMethyldichloroarsine\nML 7\nMicrowave weapon systems\nML 23\nMilitary aircraft\nML 10a\nMilitary helicopters\nML 10a\nMines\nML 4a\nMissiles, guided or unguided\nML 4a\nMobile repair shops\nML 6\nmonoChloromethyl chloroformate\nML 7\nMortars\nML 2a\nMountings for machine guns\nPL 5003\nMustard gas\nML 7\nNaval equipment\nML 9\nNon-magnetic diesel engines\nML 9\noChlorobenzylidenemalononitrile (cChlorobenzalmalononcitrile)\nML 7\nParachutes\nPL 5012\nParticle beam systems\nML 23\nPhenylacyl chloride (w-chloroacetophenone)\nML 7\nPhenylcabylamine chloride (phenylaminocarbonyl chloride)\nML 7\nPhenyldibromoarsine\nML 7\nPhenyldichloroarsine\nML 7\nPhotographic equipment\nML 12\nPinacolyl methylphosphonofluoridate\nML 7\nPistols\nML 1a\nPrecursors, explosives\nPL 5009\nPressure suits\nPL 5012\nProduction equipment, military\nML 18\nProduction technology, military\nML 18\nProjectile launchers\nML 2a\nProjectiles\nML 3 and PL 5021\nPropellants\nPL 5009\nPyrotechnic generators\nML 2\nPyrotechnic projectors\nML 2b\nPyrotechnics\nPL 5009\nPyrotechnic flare signals\nML 4a\nRadioactive materials\nML 7\nRadomes\nPL 5019\nRange finders\nML 5\nRecoilless rifles\nML 2a\nRecovery vehicles\nML 6\nRefuelling\nML 10c\nRevolvers\nML 1a\nRifles\nML 1a\nRiot control equipment\nPL 5001\nRiot control vehicles, electrified\nPL 5001\nRocket launchers\nML 2a\nRockets\nML 4a\nSearchlights\nML 17c\nSelf-propelled guns\nML 6\nSemi-finished products\nML 16 and PL 5020\nShackles\nPL 5001\nShutters, electronically triggered\nML 22\nSighting devices\nML 5\nSilencers, firearm\nML 17b\nSilent bearings\nML 9\nSmall arms\nML 1\nSmoke canisters\nML 4a\nSmoke generators\nML 2\nSmoke grenades\nML 4a\nSmoke projectors\nML 2b\nSmooth bore weapons\nML 1\nSoftware\nML 24\nStabilisers, explosives\nPL 5009\nSubmarine nets\nML 9\nSubmarines\nML 9\nSuperconductive equipment\nML 20\nSurface vessels\nML 9\nTank destroyers\nML 2a\nTanks\nML 6\nTear gas\nML 7\nTechnology for development\nPL 5017\nTelescopic sights\nPL 5002\nThermal imaging equipment\nML 15\nTorpedoes\nML 4a\nTorpedo nets\nML 9\nToxicological agents\nML 7\nTrailers, ammunition\nML 6\nTraining equipment\nML 14\n2:2':2\" Trichlorotriethylamine\nML 7\nUnderwater detection devices\nML 9\nUnderwater swimming apparatus\nML 17a\nUnderwater vessels\nML 9\nUnmanned airborne vehicles\nML 10\nVehicles\nML 6\nVehicles modified for military use\nML 6\nVessels\nML 9\nWater cannon\nPL 5001\nWeapons using caseless ammunition\nML 1\nAtomic and Nuclear Lists–Group 2\nBeryllium (metal compounds and products)\nA 9\nBlowers\nPL 6013\nCalcium\nPL 6005\nChemical exchange separation units\nB 1\nChlorine trifluoride\nPL 6003\nCompressors\nPL 6013\nDeuterated paraffins\nA 3\nDeuterium\nA 3\nDeuterium production plant\nB 5\nElectrolytic cells (fluorine production)\nC 3\nElectromagnetic separation units\nB 1\nFabrication plant, fuel element\nB 4\nFissile materials\nA 1\nFluorinated hydrocarbon polymers\nPL 6014\nFluorine\nPL 6002\nFluorine production\nC 3\nFrequency changers, gas centrifuge\nC 6\nFuel element fabrication plant\nB 4\nGas centrifuges\nB 1\nGas centrifuges, manufacture\nPL 6007\nGaseous diffusion barriers\nB 1\nGaseous diffusion housings\nB 1\nGaseous diffusion separation units\nB 1\nGraphite, nuclear-grade\nPL 6011\nHafnium (metal, alloys and compounds)\nA 8\nHeat exchangers\nB 1 and B 3\nHeat source materials\nA 13\nHeavy water\nA 3\nHeavy water production plant\nB 5\nIsotope separation equipment, lithium\nC 4\nIsotope separation, special materials\nA 14\nIsotopic separation plants\nB 1\nJet nozzle separation units\nB 1\nLaser isotopic separation units\nB 1\nLithium (metal, compounds and alloys)\nA 7\nLithium isotope separation\nC 4\nLithium, process control equipment\nPL 6010\nMagnesium alloys\nPL 6006\nMass spectrometer sources\nPL 6008\nMass spectrometers\nPL 6008\nMaterials for isotope separation\nA 14\nMilitary nuclear reactors\nC 2\nNeutron generator systems\nC 1\nNickel powder\nA 5\nNuclear reactors\nB 3\nPlants, reprocessing\nB 2\nPlants, separation\nB 1\nPlasma separation units\nB 1\nPlutonium\nA 1 and A 13\nPorous nickel metal\nA 5\nPower generating systems, nuclear reactor\nC 2\nPressure gauges\nPL 6009\nProcess control equipment\nPL 6010\nProcess control instrumentation\nPL 6010\nProduction equipment, tritium\nC 5\nProduction plant, deuterium\nB 5\nProduction plant, heavy water\nB 5\nProduction plant, uranium hexafluoride\nB 6\nPropulsion equipment, nuclear\nC 2\nReaction generator systems\nC 1\nReactors, nuclear\nB 3\nRecovery equipment, tritium\nC 5\nReprocessing plants\nB 2\nThorium\nPL 6001\nTritium (compounds, mixtures and products)\nA 12\nTritium production equipment\nC 5\nTritium recovery equipment\nC 5\nUranium hexafluoride production plant\nB 6\nUranium, natural or depleted\nA 1 and A 2\nValves\nB 1\nVortex separation units\nB 1\nZirconium (metal, compounds, alloys and products)\nA 4\nIndustrial List–Group 3\nA-to-D converters\nIL 1564 a, IL 1568, PL 7038 and PL 7039\nAbsorbers, electromagnetic waves\nIL 1561\nAbsorbers, hair type\nIL 1561\nAbsorbers, non-planar and planar\nIL 1561\nAbsorbers, paint\nIL 1561\nAccelerometer manufacture\nIL 1385\nAccelerometers\nIL 1485 f\nAcoustic positioning systems\nIL 1510\nAcoustic projectors\nIL 1510 a\nAcoustic test equipment\nIL 1362 b\nAcoustic wave devices\nIL 1586\nAcousto-optic signal-processing devices\nIL 1586 c\nActive flight control technology\nIL 1460 b\nADCs\nIL 1564 a, IL 1568, and PL 7038\nAero-engine design\nIL 1361\nAero-engine technology\nIL 1460\nAero-engines\nIL 1460\nAir independent power systems\nIL 1417 h\nAirborne communication equipment\nIL 1501 a and IL 1531 c\nAircraft\nIL 1460, PL 7016 and PL 7010\nAircraft components\nPL 7011\nAircraft control technology\nIL 1460 b\nAircraft design equipment and facilities\nIL 1361\nAircraft fastener inspection equipment\nIL 1081\nAircraft fastener manufacturing equipment\nIL 1081\nAircraft inspection equipment\nIL 1081\nAircraft manufacturing equipment\nIL 1081\nAircraft propulsion systems technology\nIL 1460 b\nAircraft technology\nIL 1460 b\nAlign and expose equipment\nIL 1355 b 2\nAlloyed materials\nIL 1610 c\nAltimeters\nIL 1501 b\nAluminides of titanium\nIL 1672\nAlumium alloys\nPL 7001\nAmmonium hydrogen fluoride\nPL 7007\nAmorphous alloy strips\nIL 1631 f\nAnalogue computers\nIL 1565\nAnalogue exchanges\nIL 1567 b\nAnalogue tape recorders\nIL 1572 a\nAnalogue transmission equipment\nIL 1519\nAnalogue to digital converters\nIL 1564 a, IL 1568 and PL 7038\nAnechoic chambers\nPL 7041\nAngular measuring instruments\nIL 1099 c\nAnnealing furnaces\nIL 1355 b 1\nAntennas\nIL 1537, IL 1501 and 1520\nApplication software\nIL 1566 a, b\nAromatic polyamides\nIL 1746 c\nArsenic trichloride\nPL 7007\nArticulated manipulators\nIL 1417 d\nArtificial intelligence\nIL 1566 b\nAssemblies with mounted components\nIL 1564\nAssemblies, electronic\nIL 1564\nATE\nIL 1355 b 7\nAtmosphere regeneration systems\nIL 1417 a\nAutoclave regulation technology\nPL 7045\nAutomatic pilots\nIL 1485 e\nAutomatic test equipment\nIL 1355 b 7\nAuxiliary power units\nIL 1460 d\nBase materials\nIL 1733\nBatteries\nIL 1205 a\nBearings, anti-friction\nIL 1371\nBenzilic acid\nPL 7007\nBipolar random access memories\nIL 1564 a\nBit-slice microprocessor microcircuits\nIL 1564 a\nBonders\nIL 1355\nBoric oxide\nIL 1757 i\nBoring mills\nIL 1091 b\nBoron composites\nIL 1715\nBoron, compounds and mixtures\nIL 1715 and PL 7006\nBrayton cycle engines\nIL 1417 h\nBubble memory processing equipment\nIL 1355 b 1\nBulk acoustic wave devices\nIL 1586\nBurst transmitters and receivers\nPL 7003\nButadiene polymers\nIL 1746 k\nCable\nIL 1526 and IL 1754 c\nCable manufacturing equipment\nIL 1353\nCadmium\nIL 1757 e\nCalibrating equipment\nIL 1529\nCameras\nIL 1585\nCameras, underwater\nIL 1417 e\nCapacitors\nIL 1560\nCarbon-carbon\nPL 7046\nCarbon fibre\nIL 1763\nCarboxyl terminated polybutadienes\nIL 1746 k 1\nCathodes\nIL 1558\nCathodic arc deposition production equipment\nIL 1388 f\nCellular radio communications equipment\nIL 1531 d\nCentralised network control\nIL 1567 b\nCeramic base materials\nIL 1733\nCeramic packages for integrated circuits\nIL 1564 b\nCeramic-ceramic composite materials\nIL 1733\nChannel estimators\nIL 1520 b\nCharacterisation equipment\nIL 1353\nChemical vapour deposition (CVD)\nIL 1355b 1 and IL 1388 a\nChemical vapour deposition equipment\nIL 1355 b 1 and IL 1388 a\nChemicals\nPL 7007\n2-chloroethanol\nPL 7007\nCipher equipment\nIL 1527\nCivil aviation communication networks\nIL 1567 b\nClean air filters\nIL 1355 b 8\nClosed ventilation systems, marine\nIL 1416 d\nCMOS monolithic integrated circuits\nIL 1564 a\nCNC, (computer numerical control)\nIL 1091 a\nCoating technology\nIL 1389\nCoatings for reduced visibility\nPL 7043\nCoaxial cable\nIL 1526 d\nCold cathode tubes\nPL 7023\nComb frequency generators\nIL 1529 e\nCombined cycle engines\nPL 7026\nCombined recognition\nIL 1565 h\nCombustion system testing\nIL 1361\nCommon channel signalling\nIL 1567 b\nCommunication equipment\nIL 1519 and IL 1567\nCompass manufacture\nIL 1385\nCompasses\nIL 1485 a\nCompilers\nIL 1529 k\nComponents and parts for machine tools\nIL 1091 d\nComponents for aircraft and helicopters\nPL 7011\nComponents, electronic\nIL 1564\nComposite conductors\nIL 1675 c\nComposite production equipment\nIL 1357\nComposite structures\nIL 1763 c\nCompound semiconductor processing\nIL 1355 b 1\nCompound semiconductors\nIL 1564 a\nComputer disc cartridges\nIL 1572 d\nComputer disc packs\nIL 1572 d\nComputer tape\nIL 1572 d\nComputer-aided design of semiconductors\nIL 1355 b 2\nComputer-aided design software\nIL 1566 a\nComputer-aided inspection software\nIL 1566 a\nComputer-aided manufacture software\nIL 1566 a\nComputer-aided test software\nIL 1566 a\nComputers\nIL 1565\nControllers, robot\nIL 1391 b\nConverter integrated circuits\nIL 1564 a\nConverters\nIL 1568\nCooling fluids\nIL 1710 d\nCross-connect equipment\nIL 1519\nCrossed-field amplifier tubes\nIL 1558 b\nCrossed-field oscillator tubes\nIL 1558 b\nCrucibles\nIL 1355 b 1\nCryptographic equipment\nIL 1527\nCrystal pullers\nIL 1355 b 1\nCVD, (chemical vapour deposition)\nIL 1355, IL 1388 and IL 1389\nD-to-A converters\nIL 1564 a and IL 1568\nDACs\nIL 1564 a and IL 1568\nDamping fluids\nIL 1710 c\nData (message) switching\nIL 1565 h 1 and IL 1567\nData communication protocol analysers\nIL 1529 j\nDatabase management systems\nIL 1566 c\nDayem bridges\nIL 1574\nDeep submergence vehicles\nIL 1418\nDefinitions, SPC communication switching\nIL 1567\nDegaussing, vessel\nIL 1416 d\nDensitometers\nIL 1534\nDeposition equipment\nIL 1388\nDepth sounders\nIL 1510\nDetection equipment\nIL 1502\nDevelopment systems\nIL 1565 h 1 and IL 1566 b\nDevice testers\nIL 1355 b 7\nDi-isopropylamine\nPL 7007\nDiagnostic systems\nIL 1566 b\nDie bonders\nIL 1355 b 5\nDiesel engine technology\nIL 1401\nDiethyl ethylphosphonate\nPL 7007\nDiethyl methylphosphonite\nPL 7007\nDiethyl-N, N-dimethylphosphoramidate\nPL 7007\nDiethyl-phosphite\nPL 7007\nDiethylamine hydrochloride\nPL 7007\nDiethylaminoethanol\nPL 7007\nDiffractive type optical elements\nIL 1556 d\nDiffusion bonding technology\nIL 1001\nDiffusion furnaces\nIL 1355 b 1\nDigital computer definition\nIL 1565\nDigital computers\nIL 1565 e, f and h\nDigital counters\nIL 1529 g\nDigital exchanges\nIL 1567\nDigital recording equipment\nIL 1572 a\nDigital reproducing equipment\nIL 1572 a\nDigital signal processors\nIL 1564 a\nDigital synchronising circuitry\nIL 1567 b\nDigital tape recorders\nIL 1565 h and IL 1572 a\nDigital to analogue converters, electrical\nIL 1568 b\nDigital voltage measuring apparatus\nIL 1529 i\nDigital-to-analogue converters\nIL 1564 a and IL 1568\nDigitally controlled radio receivers\nIL 1531 d\nDimensional inspection systems or devices\nIL 1099\nDimethyl ethylphosphonate\nPL 7007\nDimethyl methylphosphonate\nPL 7007\nDimethylamine\nPL 7007\nDimethylphosphite\nPL 7007\nDirect numerical control (DNC) systems\nIL 1091 c\nDirection finding equipment\nIL 1501 b\nDirectional couplers\nIL 1537 c\nDisc cartridges\nIL 1572 d\nDisc drives\nIL 1565 h and IL 1572 a\nDisc packs\nIL 1572 d\nDisplays\nIL 1565 h\nDNC\nIL 1091 c\nDoppler systems\nIL 1501 b and c\nDRAMs\nIL 1564 a\nDrum drives\nIL 1565 h\nDry etchers\nIL 1355 b 1\nDVMs\nIL 1529 i\nDynamic adaptive routing\nIL 1567 b\nDynamic random access memories\nIL 1564 a\nDynamic signal analysers\nIL 1533 b\nEAROMs\nIL 1564 a\nElectrical discharge machines (EDM)\nIL 1091 b\nElectrical, electronic equipment\nPL 7004\n(reduced electromagnetic radiation)\nElectro-chemical devices\nIL 1205 a\nElectrolyte cells\nIL 1205 a\nElectron beam deposition systems\nIL 1355 b 1 and IL 1388 c\nElectron beam microfabrication systems\nIL 1355 b 1\nElectron beam physical vapour deposition\nIL 1388 c\nElectron beam test systems\nIL 1355 b 9\nElectron tubes\nIL 1555\nElectron tubes for electron streak cameras\nIL 1555\nElectron tubes for framing cameras\nIL 1555\nElectron tubes for image conversion\nIL 1555 a\nElectron tubes for image intensification\nIL 1555 a\nElectron tubes for television cameras\nIL 1555 b\nElectron tubes for video cameras\nIL 1555 b\nElectronic assemblies\nIL 1564\nElectronic components\nIL 1564\nElectronic components, manufacture and test\nIL 1355\nElectronic equipment, reduced radiation\nPL 7004\nElectronic instruments\nIL 1529\nElectronic material, manufacture and test\nIL 1355\nElectronic vacuum tubes\nIL 1558\nElements for optical tubes\nIL 1556\nEncoders\nIL 1568 d\nEncryption\nIL 1527, IL 1565 and IL 1566\nEnd effectors, robot\nIL 1391 c\nEnvironmental chambers\nPL 7041\nEpitaxial growth equipment\nIL 1355 b 1\nEthyl phosphinyl dichloride\nPL 7007\nEthyl phosphinyl difluoride\nPL 7007\nEthyl phosphonyl dichloride\nPL 7007\nEthyl phosphonyl difluoride\nPL 7007\nExchanges\nIL 1567\nExpert systems\nIL 1566 b\nFacsimile equipment\nIL 1519 and IL 1572\nFault tolerance\nIL 1565 h\nFibre optic connectors\nIL 1526 e\nFibre optics\nIL 1526 b and c\nFibre production equipment\nIL 1357\nFibre-optic bundles\nIL 1556 a\nFibre-optic cable\nIL 1526 c and d\nFibre-optic connector manufacture\nIL 1359\nFibre-optic couplers\nIL 1526 e\nFibre-optic manufacturing equipment\nIL 1353\nFibre-optic plates\nIL 1556 a\nFibrous and filamentary material production\nIL 1357\nFibrous and filamentary materials\nIL 1763\nFibrous material production equipment\nIL 1357 d\nFilament winding machines\nIL 1357\nFilamentary material production equipment\nIL 1357 d\nFish finders\nIL 1510\nFlash discharge type X-ray systems\nIL 1553\nFlash discharge type X-ray tubes\nIL 1553\nFlatbed measurement instruments\nIL 1355 b 4\nFlatbed microdensitometers\nIL 1534\nFlexible disc drives\nIL 1565 h and IL 1572 a\nFlexible disc media\nIL 1572 d\nFlight data recorders\nIL 1572 a\nFlight instrument systems\nIL 1485 b\nFloppy disc drives\nIL 1565 h and IL 1572 a\nFloppy disc media\nIL 1572 d\nFlotation fluids\nIL 1710 c\nFlow forming machines\nPL 7031\nFluorinated coated electric wire and cable\nIL 1754 c\nFluorinated compounds and manufactures\nIL 1754\nFocal plane array\nIL 1548 d\nFrequency agile radio systems\nIL 1516 c\nFrequency generators\nIL 1529 e\nFrequency standards\nIL 1529 c\nFrequency synthesizers\nIL 1531\nFuel cells\nIL 1205 a\nFunctional testers\nIL 1355 b 7\nFurnaces for the densification of composites\nPL 7033\nFuzzy logic\nIL 1564 a\nGallium\nIL 1757 b\nGas turbine blade or vane manufacture\nIL 1080\nGas turbine blade or vane technology\nIL 1080\nGas turbine blade or vane testing\nIL 1080\nGas turbine engine inspection equipment\nIL 1086\nGas turbine engine manufacture\nIL 1086\nGas turbine engines, marine\nIL 1431\nGate arrays\nIL 1564\nGear finishing machinery\nIL 1088\nGear making machinery\nIL 1088\nGeodetic equipment\nIL 1502\nGeodetic positioning systems\nIL 1501 b\nGeophones\nIL 1510\nGlass preforms for optical fibres\nIL 1767\nGlobal positioning satellite receivers\nIL 1501 b\nGraphic accelerators\nIL 1565 h\nGraphic coprocessors\nIL 1565 h\nGraphic displays\nIL 1565 h\nGraphic instruments\nIL 1572 c\nGraphites\nPL 7034\nGravimeters\nIL 1595\nGravity gradiometers\nIL 1595\nGravity meters\nIL 1595\nGrinding machines\nPL 7005\nGround support vehicles\nPL 7037\nGround vibration equipment\nIL 1362 c\nGyro-astro compasses\nIL 1485 c\nGyro-stabilizers\nIL 1485 d\nGyroscopes manufacture\nIL 1385\nGyroscopes\nIL 1485 g\nGyrotrons\nIL 1558 e and IL 1573\nHard surface coated substrates\nIL 1355 b 2\nHelicopter components\nPL 7011\nHelicopter power transfer systems\nIL 1460 c\nHelicopters\nIL 1460, PL 7016 and PL 7010\nHemishell inspection systems\nIL 1099 d\nHetero-epitaxial materials\nIL 1757 d\nHigh energy storage capacitors\nIL 1560\nHigh speed cameras\nIL 1585\nHigh speed shutters\nIL 1585\nHollow microspheres (microballoons)\nIL 1759 b\nHot cap sealers\nIL 1355 b 5\nHot die forging technology\nIL 1001\nHot isostatic densification technology\nIL 1001\nHovercraft\nIL 1416 b\nHulls\nIL 1416 h\nHybrid computers\nIL 1565 d\nHybrid integrated circuits\nIL 1564\nHydraulic pressing technology\nIL 1001\nHydrides\nIL 1757 m\nHydroclave regulation technology\nPL 7045\nHydrofoil vessels\nIL 1416 a\nHydrogen fluoride\nPL 7007\nHydrophones\nIL 1510\n3-hydroxy-1-methylpiperidine\nPL 7007\nICs\nIL 1564\nImage enhancement\nIL 1565 h 1\nImage transfer equipment\nIL 1355 b 2\nIn-circuit testers\nIL 1355 b 7\nIncremental recorders\nIL 1572 a\nIndium\nIL 1757 c\nInert gas atomising production equipment\nPL 7031 a\nInert gas induction furnaces\nPL 7019\nInertial equipment\nIL 1485 i\nInertial equipment manufacture\nIL 1385\nInertial navigation systems\nIL 1485\nInertial test equipment\nIL 1385 b\nInfrared systems\nIL 1502\nInfrared thermal imaging equipment\nIL 1502\nInfrared viewing equipment\nIL 1502\nInput/output control equipment\nIL 1565 h\nInstrument frequency synthesizers\nIL 1531 b\nInstrumentation recorders\nIL 1572 a\nInstrumentation tape\nIL 1572 d\nInstruments, electronic\nIL 1529\nIntegrated circuit testers\nIL 1355 b 7\nIntegrated circuits\nIL 1564\nInterlacing machines\nIL 1357\nInterpretation of image\nIL 1565 h\nIon beam systems\nIL 1355 b 10\nIon implantation production equipment\nIL 1355 b 1 and IL 1388 b\nIon implantation\nIL 1355 b 1 and IL 1388 b\nISDN ICs\nIL 1564 a\nIsostatic presses\nIL 1312 and PL 7032\nJet engine production equipment\nPL 7044\nJosephson-effect devices\nIL 1574\nKey telephone systems\nIL 1567 b\nKlystrons\nIL 1558 c and d\nLaser ring gyro test equipment\nIL 1385 a\nLasers\nIL 1522 a\nLaunch vehicles\nIL 1465 b\nLidar equipment\nPL 7021 b\nLight systems for underwater use\nIL 1417 f\nLine-width measurement equipment\nIL 1355 b 4\nLinear arrays\nIL 1548 d\nLinear displacement measuring devices\nIL 1099 c\nLinear induction motors\nIL 1370 c\nLiquid phase epitaxy (LPE)\nIL 1355 b 1\nLithium niobate\nIL 1757 k\nLithographic equipment, semiconductor\nIL 1355 b 2\nLocal area networks\nIL 1565 h and IL 1567 a\nLogic analysers\nIL 1529 b\nLoran C equipment\nIL 1501 b\nLow temperature devices\nIL 1574\nLow temperature superconductive materials\nIL 1675\nLPE, (liquid phase epitaxy)\nIL 1355 b 1\nLubricating fluids\nIL 1710 a\nLubricating materials\nIL 1710 b\nMachine tools\nIL 1091 b\nMachine tools for grinding\nIL 1091 b and PL 7005\nMachine tools for removing material\nIL 1091 b\nMachine tools for turning\nIL 1091 b\nMachining centres\nIL 1091 b\nMagnetic compensation systems\nIL 1571 c\nMagnetic disc coating equipment\nIL 1358\nMagnetic disc media\nIL 1572 d\nMagnetic media testing equipment\nIL 1358\nMagnetic metals\nIL 1631\nMagnetic tape\nIL 1572 d\nMagnetic tape recorders\nIL 1565 h and IL 1572 a\nMagnetometer systems\nIL 1571\nMagnetometers\nIL 1571\nMagnetrons\nIL 1558 b\nMaintenance systems\nIL 1566 b\nManned underwater vehicles\nIL 1418 b\nMaraging steels\nPL 7002\nMarine systems\nIL 1510\nMask aligners\nIL 1355 b 2\nMask fabrication equipment\nIL 1355 b 2\nMask inspection equipment\nIL 1355 b 2\nMasks, semiconductor\nIL 1355 b 2\nMeasuring equipment\nIL 1529\nMemory integrated circuits\nIL 1564 a\nMetal alloy powder\nIL 1610 b\nMetal alloy powder production systems and components\nIL 1310\nMetal alloy production systems and components\nIL 1310\nMetal alloys\nIL 1610 a\nMetal oxide semiconductor memories\nIL 1564 a\nMetal powder compaction technology\nIL 1001\nMetal-organic chemical vapour deposition\nIL 1355 b 1\nMetal working technology\nIL 1001\nMetallo-organic compounds\nIL 1757 1\nMetallo-organic materials\nIL 1733 d\nMethyl benzilate\nPL 7007\nMethyl phosphinyl dichloride\nPL 7007\nMethyl phosphinyl difluoride\nPL 7007\nMethyl phosphonyl dichloride\nPL 7007\nMethyl phosphonyl difluoride\nPL 7007\nMicrochannel plates\nIL 1556 b\nMicrocomputer microcircuits\nIL 1564\nMicrodensitometers\nIL 1534\nMicroprocessor development systems\nIL 1529 k and IL 1565 h 1\nMicroprocessor microcircuits\nIL 1564\nMicroprocessor support integrated circuits\nIL 1564 a\nMicrowave amplifiers\nIL 1537 h\nMicrowave assemblies\nIL 1537\nMicrowave equipment\nIL 1537\nMicrowave radio links\nIL 1520 a\nMillimetric wave equipment\nIL 1537\nMilling machines\nIL 1091 b\nMixers for propellants\nPL 7030\nMOCVD\nIL 1355 b 1\nModems\nIL 1519 a\nModules\nIL 1564\nModules with mounted components\nIL 1564\nMoisture and particulate separator systems\nIL 1416 g\nMolecular beam epitaxy (MBE)\nIL 1355 b 1\nMolybdenum alloy fibre\nIL 1763\nMolybdenum alloy particles\nPL 7036\nMolybdenum fibre\nIL 1763\nMolybdenum particles\nPL 7036\nMonocrystalline silicon\nIL 1757 a\nMonolithic integrated circuits\nIL 1564\nMulti-data-stream processing\nIL 1565 h\nMultichip integrated circuits\nIL 1564\nMultiplex equipment\nIL 1519\nN,N-diisopropyl-(beta)-amino ethanol\nPL 7007\nN,N-diisopropyl-(beta)-aminoethane thiol\nPL 7007\nN,N-diisopropyl-(beta)-aminoethyl chloride\nPL 7007\nNavigation equipment\nIL 1501 b\nNetwork analyzers\nIL 1533 c\nNetwork management protocol\nIL 1567 b\nNetworking equipment\nIL 1565 h\nNeural networks\nIL 1564 a\nNickel based alloys\nIL 1672 b\nNiobium-titanium wire\nIL 1675 b\nNMOS monolithic integrated circuits\nIL 1564 a\nNon-composite ceramic materials\nIL 1733\nNon-fluorinated polymeric substances\nIL 1746 a\nNon-rechargeable batteries\nIL 1205 a\nNozzles\nPL 7025 a\nNumerical control (NC) units\nIL 1091 a\nNumerically controlled machine tools\nIL 1091\nO-ethyl-2-di-isopropylaminoethyl methylphosphonite\nPL 7007\nOcean cable\nIL 1526 a\nOperating systems\nIL 1566 b\nOptical disk drives\nIL 1565 h\nOptical elements\nIL 1556\nOptical elements, diffractive type\nIL 1556 d\nOptical fibre cable\nIL 1526 c\nOptical fibre characterisation equipment\nIL 1353\nOptical fibre connectors\nIL 1526 e\nOptical fibre couplers\nIL 1526 e\nOptical fibre manufacturing equipment\nIL 1353\nOptical fibre sensors\nIL 1526 d\nOptical fibres\nIL 1526 c and d\nOptical integrated circuits\nIL 1564\nOptical quality surface manufacture\nIL 1370\nOxidation furnaces\nIL 1355 b 1\nOxygen/carbon content measuring equipment\nIL 1355 b 4\nPABXs\nIL 1567 b\nPacket switching\nIL 1567\nPanoramic radio receivers\nIL 1516 a\nParametric amplifiers\nIL 1537 h\nParticle measuring systems\nIL 1355 b 11\nPCBs with mounted components\nIL 1564\nPCM testers\nIL 1519 d\nPellicles\nIL 1355 b 2\nPeniotrons\nIL 1558 e\nPeripheral equipment\nIL 1565 h\nPhase slip devices\nIL 1574\nPhased array antenna\nIL 1537 d\nPhosphorus oxychloride\nPL 7007\nPhosphorus pentachloride\nPL 7007\nPhosphorus trichloride\nPL 7007\nPhoto-enhanced reactors\nIL 1355 b 1\nPhoto-voltaic cells\nIL 1205 b\nPhotocathodes\nIL 1556 c\nPhotoconductive cells\nIL 1548\nPhotodiodes\nIL 1548\nPhotographic equipment\nIL 1585\nPhotographic film\nIL 1585\nPhotolithography\nIL 1355 b 2\nPhotomultiplier tubes\nIL 1549\nPhotosensitive components\nIL 1548\nPhototransistors\nIL 1548\nPinacolone\nIL 7007\nPinacolyl alcohol\nPL 7007\nPipe valves\nPL 7017\nPLAs\nIL 1564\nPlasma enhanced chemical vapour deposition\nIL 1355 b 1\nPlasma etchers, semiconductor\nIL 1355 b 1\nPlasma spraying production equipment\nIL 1388 d\nPlasma-enhanced reactors\nIL 1355 b 1\nPMOS monolithic integrated circuits\nIL 1564 a\nPolenzimidazoles\nIL 1746 b\nPolenzothiazoles\nIL 1746 d\nPolybenzoxozoles\nIL 1746 i\nPolycrystalline alumina fibre\nIL 1763\nPolycrystalline silicon\nIL 1757 f\nPolycrystalline silicon production\nIL 1355 b 1\nPolyimides\nIL 1746 a\nPolymeric materials\nIL 1733 d and IL 1754 b\nPolyoxadiazoles\nIL 1746 e\nPolyphosphazenes\nIL 1746 f\nPolyphosphonitriles\nIL 1746 f\nPolystyrylpyridine (PSP)\nIL 1746 g\nPosition enoders\nIL 1568 d\nPositioning equipment\nIL 1501 b\nPositioning systems, acoustic\nIL 1510\nPotassium bifluoride\nPL 7007\nPotassium cyanide\nPL 7007\nPotassium fluoride\nPL 7007\nPotassium trichloride\nPL 7007\nPower sources, radio-active\nIL 1205 c\nPrecursor materials\nIL 1733\nPreform characterisation equipment\nIL 1353\nPreforms of glass\nIL 1767\nPresses, isostatic\nIL 1312 and PL 7032\nPressure regulators\nPL 7017\nPrimary cells\nIL 1205 a\nPrivate automatic exchanges\nIL 1567 b\nProgrammable logic arrays\nIL 1564\nProgrammable read only memories\nIL 1564 a\nProgramming systems\nIL 1566 b\nPROMs\nIL 1564 a\nPropellant production equipment\nPL 7029 a\nPropellants for spacecraft\nPL 7028\nPropeller hubs\nIL 1416\nPropellers, marine\nIL 1416\nPropulsion systems, spacecraft\nIL 1465 c\nProximity-effect devices\nIL 1574\nPullers, semiconductor crystal\nIL 1355 b 1\nPulsejets\nPL 7026\nPumpjet systems\nIL 1416 f\nPumps\nIL 1131 and PL 7018\nPyrolitic deposition systems\nPL 7025\nPyrolitic deposition technology\nPL 7025 a\nPyrolitic detectors\nIL 1548\nQuadrature amplitude modulation technology\nIL 1520 d\nQuartz crystals\nPL 5026\nQuasiparticle devices or detectors\nIL 1574\n3-quinuclidinol\nPL 7007\n3-quinuclidone\nPL 7007\nRadar equipment\nIL 1501 c\nRadiation hard integrated circuits\nIL 1564 a\nRadio equipment\nIL 1520 a, IL 1516, IL 1517 and IL 1531\nRadio receivers\nIL 1516 and IL 1531 d\nRadio relay communication equipment\nIL 1520\nRadio transmitters\nIL 1517 and IL 1531 e\nRadiographic equipment\nPL 7042\nRAMs\nIL 1564 a\nRamjets\nPL 7026\nRandom access memories\nIL 1564 a\nRankine cycle engines\nIL 1417 h\nRead only memories\nIL 1564 a\nReal time processing\nIL 1565 h 1\nRechargeable batteries\nIL 1205 a\nRecording equipment\nIL 1572\nRecording equipment using lasers\nIL 1572 b\nRecording media\nIL 1572 d\nReproducing equipment\nIL 1572\nReproducing equipment using lasers\nIL 1572 b\nResaturated pyrolized materials\nPL 7046\nReserve batteries\nIL 1205 a\nResin or pitch-impregnated fibres (prepregs)\nIL 1763 d\nResist materials\nIL 1757 j\nResolvers, solid state\nIL 1568 c\nReticles\nIL 1355 b 2\nRobot controllers\nIL 1391 b\nRobots\nIL 1391 a\nRocket engine production equipment\nPL 7044\nROMs\nIL 1564 d\nRuggedized computers\nIL 1565 f\nSample and hold integrated circuits\nIL 1564 d\nSapphire substrates\nIL 1757 h\nSatellite communications equipment\nIL 1520\nSatellite navigation equipment\nIL 1501 b\nSAWs\nIL 1586\nScalar network analyzers\nIL 1533 d\nScanning electron microscopes\nIL 1355 b 1\nScramjets\nPL 7026\nSecondary cells\nIL 1205 a\nSeismic/geophysical recorders\nIL 1572 a\nSEMs\nIL 1355\nSemiconductor CAD\nIL 1355 b 2\nSemiconductor photodiodes\nIL 1548 b\nSemiconductor phototransistors\nIL 1548 b\nSemiconductor processing equipments\nIL 1355 b 1\nSensors, robot\nIL 1391 c\nSeparator systems, vessel\nIL 1416\nShips, craft\nIL 1416 and PL 7009\nSignal analyzers\nIL 1533 a\nSignal generators\nIL 1529 and IL 1351\nSignal processing\nIL 1565 h\nSignal processing devices\nIL 1586\nSilicon\nIL 1757\nSilicon microcomputer microcircuits\nIL 1564 a\nSilicon microprocessor microcircuits\nIL 1564 a\nSimulators, EMI/EMP\nIL 1361\nSIS devices\nIL 1574\nSNS bridges\nIL 1574\nSodium bifluoride\nPL 7007\nSodium cyanide\nPL 7007\nSodium fluoride\nPL 7007\nSodium sulphide\nPL 7007\nSoftware\nIL 1566\nSoftware definitions\nIL 1566\nSoftware, technology\nIL 1566 c\nSolar cells\nIL 1205 b\nSolid state storage equipment\nIL 1565 h\nSolid state switches\nPL 7022\nSonar systems\nIL 1510\nSpace division analogue exchanges\nIL 1567 b\nSpace-division digital exchange\nIL 1567\nSpacecraft\nIL 1465 a\nSPC communication switching\nIL 1567\nSPC communication switching technology\nIL 1567 c\nSPC telegraph circuit switching\nIL 1567 b\nSPC telephone circuit switching\nIL 1567 b\nSPC telephone circuit switching exchanges\nIL 1567\nSpectrum analyzers\nIL 1533\nSpread spectrum receivers\nIL 1516 c\nSPS circuit switching\nIL 1565 h l and IL 1567\nSputter deposition production equipment\nIL 1388 e\nSputtering equipment\nIL 1355 b l and IL 1388 e\nSQUIDs\nIL 1574\nSRAMs\nIL 1564 d\nStatic random access memories\nIL 1564 a\nStatistical multiplexers\nIL 1519 and IL 1567\nSteel alloy\nPL 7002\nSteerable parachutes\nPL 7016\nStep and repeat cameras\nIL 1355 b 2\nStirling cycle engines\nIL 1417 h\nStorage integrated circuits\nIL 1564 a\nStore and forward\nIL 1567\nStored programme controlled communications\nIL 1567\nStreak cameras\nIL 1585 d\nStreamer tape drives\nIL 1565 h and IL 1572 a\nSubmersible systems\nIL 1417\nSubmersibles\nIL 1418\nSubstrates\nIL 1564\nSuperconducting materials\nIL 1574\nSuperconducting quantum interference devices (SQUID)\nIL 1754\nSuperconductive electromagnets\nIL 1573\nSuperconductive materials\nIL 1675\nSuperconductive solenoids\nIL 1573\nSuperplastic forming technology\nIL 1001\nSupport integrated circuits\nIL 1564 a\nSurface acoustic wave devices\nIL 1586\nSurface-effect vehicles\nIL 1416 b\nSWATH vessels\nIL 1416 c\nSyntactic foam\nIL 1759\nSynthesized radios\nIL 1531\nSynthesized signal generators\nIL 1531 b\nTantalum\nPL 7012\nTantalum crucibles\nPL 7012\nTape drives\nIL 1565 h and IL 1572 a\nTape-laying machines\nIL 1357\nTechnology (computers)\nIL 1565 j\nTechnology for atomising processes\nPL 7031 b\nTechnology for fibrous and filamentary materials\nIL 1763 e\nTechnology, coating\nIL 1389\nTechnology, communication switching\nIL 1567 c\nTechnology, software\nIL 1566 c\nTelecommunication transmission equipment\nIL 1519\nTelecontrol equipment\nPL 7020\nTelegraph circuit switching\nIL 1567 b\nTelemetering equipment\nPL 7020\nTelephone circuit switching\nIL 1567 b\nTellurium\nIL 1757 e\nTerminal exchange\nIL 1567\nTest benches for rockets/rocket motors\nPL 7045\nTesting equipment, electronic\nIL 1529\nTetrodes\nIL 1558 a\nThermoplastic liquid crystal copolyesters\nIL 1746 h\nThiodiglycol\nPL 7007\nThionyl chloride\nPL 7007\nThrusters\nIL 1362 a\nTime-division analogue exchanges\nIL 1567 b\nTime-division digital exchange\nIL 1567\nTiming receivers\nIL 1501 b\nTitanium aluminides\nIL 1672\nTitanium based alloys\nIL 1672\nTowed hydrophone arrays\nIL 1510\nTracking equipment\nIL 1502\nTranscoders\nIL 1519\nTransducers\nIL 1510 and IL 1568\nTransit exchange\nIL 1567\nTransmission equipment\nIL 1519\nTransmission media simulators\nIL 1520 b\nTransmitter-amplifiers\nIL 1517\nTransmitters\nIL 1517\nTravelling wave tubes\nIL 1558 c\nTri-ethanolamine\nPL 7007\nTriggered spark gaps\nPL 7023\nTriethyl phosphate\nPL 7007\nTrimethyl phosphite\nPL 7007\nTrimming of monolithic integrated circuits\nIL 1355 b l\nTriodes\nIL 1558 a\nTropospheric scatter communication equipment\nIL 1520 and PL 7008\nTubes\nIL 1558\nTungsten alloy particles\nPL 7035\nTungsten particles\nPL 7035\nTVRO\nIL 1520\nUbitrons\nIL 1558 e\nUltrasonic detecting equipment\nIL 1502\nUltrasonic equipment\nIL 1502\nUltrasonic positioning equipment\nIL 1502\nUnderwater cameras\nIL 1417 e\nUnderwater communication cable\nIL 1526 e\nUnderwater vehicles\nIL 1418\nUnderwater vision systems\nIL 1417 c\nUnencapsulated integrated circuits\nIL 1564 a\nUnfinished wafers\nIL 1564 a\nUser-accessible microprogrammability\nIL 1565 h\nVacuum atomising production equipment\nPL 7031 a\nVacuum induction furnaces\nPL 7019\nVacuum photodiodes\nIL 1548 a\nValves\nPL 7018\nVessel models\nIL 1363\nVessel propulsion systems\nIL 1416\nVessels\nIL 1416 and PL 7007\nVibration test equipment\nIL 1362\nVideo cameras\nIL 1585 f\nVideo recorders\nIL 1572 a\nVideo tape\nIL 1572 a and d\nVision systems, robot\nIL 1391\nWafer defect inspection equipment\nIL 1355 b 3\nWafer polishers\nIL 1355 b 1\nWafer probers\nIL 1355 b 6\nWater tunnels\nIL 1363\nWaveguides\nIL 1537\nWaving machines\nIL 1357\nWeak-link devices\nIL 1574\nWide area networks\nIL 1565 h and IL 1567 a\nWide swath bathymetric survey systems\nIL 1510 a\nWinchester disc drives\nIL 1565 h and IL 1572 a\nWind tunnel, instrumentation\nIL 1361\nWind tunnel, models\nIL 1361\nWind tunnels\nIL 1361\nWire bonders\nIL 1355 b 5\nX-ray systems\nIL 1553\nX-ray tubes\nIL 1553\nZone-refining equipment\nIL 1355 b 1",
  "extent": null,
  "status": null,
  "version": "current",
  "annotations": [],
  "outstanding_effects": [
    {
      "type": "amended",
      "affecting": "uksi/1992/1154",
      "affecting_title": "The Export of Goods (Control) (Amendment No. 2) Order 1992"
    },
    {
      "type": "amended",
      "affecting": "uksi/1992/2035",
      "affecting_title": "The Export of Goods (Control) (Amendment No. 3) Order 1992"
    }
  ],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/uksi/1991/2666/schedule/1/part/II/chapter/14",
    "retrieved_at": "2026-10-29T14:33:56.437245+00:00"
  },
  "licence": "Open Government Licence v3.0",
  "licence_url": "https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/",
  "attribution": "Contains public sector information licensed under the Open Government Licence v3.0. Source: legislation.gov.uk, The National Archives."
}