B (c) ML (0.50 ) (0.50 ) (d ) ML3 (i) ML1 ML2 ML12 (a) ML1 ML2 ML12 (b) ML3(a) (ii) 2 ML3 ML3(a) (iii) 3 ML3 ML3(a

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1 B ( ) ( 1) (( 60 ) 6B ) 1. 6B 2. ( ) ( 60 G) 1 (a) 2 2. CAS ( ) CAS CAS ( ) CAS CAS CAS (b) ML1 (i) 12.7 (0.5 ) (0.5 ) 12.7 (ii) ML1(b) (b) (1) (2) (a) (b) (iii)

2 B (c) ML (0.50 ) (0.50 ) (d ) ML3 (i) ML1 ML2 ML12 (a) ML1 ML2 ML12 (b) ML3(a) (ii) 2 ML3 ML3(a) (iii) 3 ML3 ML3(a) (e) ML4 (i) (ii) ML4(a) ML11 (g) (iii) ML4(a) ( f ) ML6 (i) ML11 (g) (a) (b) ML6(a) III (NIJ )

3 B ML13(a) (ii) 1 ML6 ML6(a) (iii) 2 ML6(a) (iv) 2(d ) (v) 2 (e) (vi) 3 3. ML6 (g) ML7 ML7 (a) (CW) ML7(a) 1. (a) O- ( C 10 ) ( ) (GB) O- (CAS ) (b) (GD) O- (CAS ) O- ( C 10 ) N,N- ( ) (GA) O- N,N- (CAS )

4 B (c) O- ( C 10 ) S- 2- ( )- ( ) VX O- S-2- (CAS ) 2. (a) 2- (CAS ) (2-) (CAS ) (2- ) (CAS ) 1,2- (2- ) (CAS ) 1,3- (2- ) - (CAS ) 1,4- (2- ) - (CAS ) 1,5- (2- ) - (CAS ) (2-) (CAS ) (2-) (CAS ) (b) 2- (CAS ) (2-) (CAS ) (2-) (CAS ) (c) HN1 (2-) (CAS )

5 B HN2 (2-) (CAS ) HN3 (2-) (CAS ) 3. (b) (c) -3- (BZ) (CAS ) 4. Buty1 2-chloro-4-fluorophenoxyacetate (LNF) 2,4-dichlorophenoxyacetic acid 2,4,5- trichlorophenoxyacetic acid ( ) (1) ( ) DF (CAS ) (2) O- ( C 10 ) O-2- ( ) ( ) QL O- -2- (CAS ) (3) O- (CAS ) (4) O- (CAS ) (1) (CA) (CAS ) (2) o- (o- ) (CS) (CAS ) (3) ( - ) (CN) (CAS )

6 B (4) Dibenz-(b,f)-1,4-oxazephine (CR) (CAS ) ML7(c) (d ) (1) ML7(a) ML7(c) (e) (2) ML7(b) (1) ML7(a) ML7(c) (2) ML7(a) (3) ML7(a) ML7(e)(1) A004

7 B ( f ) ML7(a) ML7(c) ML7( f ) 1A004 (g) ML7(a) (h) (1) ML7(a) (2) ML7(h)(1) (i) (1) ML7(a) ML7( f ) (2) ML7(g) (3) ML7(h)(1)

8 B ML7(a) ML7(c) (a) (CAS ) (b) (CAS ) (c) (CAS ) (d ) ( ) (CAS ) (e) ( ) (CAS ) ( f ) (CAS ) (g) - (CAS ) - (CAS ) - (CAS ) (h) (CAS ) (i) (CAS ) ( j) (CAS ) (k) (CAS ) (l) (CAS ) (m) (CAS ) (n) (CAS ) (o) (CAS ) ( p) (CAS ) 2. ML7(g) ML7(h)(2) ML7(i )(3) ( ) (h) ML8 ML8 1C ML8

9 B ML8 ( TAGN ) (a) (1) ADNBF ( 7- -4, ) (CAS ) (2) BNCP ( - (5- ) - (III) ) (CAS ) (3) CL-14( 5, 7--4, ) (CAS ) (4) CL-20 (HNIW ) (CAS ) CL-20 ( ML8(g)(3) ML8(g)(4)) (5) CP(2-(5- ) - (III) ) (CAS ) (6) DADE (1,1--2,2-, FOX7) (7) DATB ( ) (CAS ) (8) DDFP (1,4-) (9) DDPO (2,6--3,5- -1-, PZO) (CAS ) (10) DIPAM (3,3 --2,2,4,4,6,6 - ) (CAS ) (11) DNGU (DINGU ) (CAS ) (12) (a) DAAOF () (b) DAAzF ( ) (CAS ) (13) HMX ( ML8(g)(5))

10 B (a) (b) (c) HMX ( -1,3,5,7-- 1,3,5,7-1,3,5,7--1,3,5,7- - ) (CAS ) HMX K-55 (2,4,6,8--2,4,6,8- - [3,3,0] HMX) (CAS ) (14) HNAD () (CAS ) (15) HNS ( ) (CAS ) (16) (a) BNNII ( -2,5- ( ) [4,5-d] ) (b) DNI (2,4- ) (CAS ) (c) FDIA (1- -2,4- ) (d ) NTDNIA (N-(2- )-2,4- ) (e) PTIA (1- -2,4,5- ) (17) NTNMH(1-(2- )-2- ) (18) NTO(ONTA 3- -1,2,4- -5 )(CAS ) (19) (20) PYX(2,6- ( )-3,5- ) (CAS ) (21) RDX (a) RDX ( T4-1,3,5--1,3,5-1,3,5--1,3, 5-- ) (CAS ) (b) Keto-RDX(K-6 2,4,6--2,4,6- )(CAS )

11 B (22) TAGN() (CAS ) (23) TATB() (CAS ) ( ML8(g)(7)) (24) TEDDZ(3,3,7,7- () -1,5--1,5- ) (25) (a) NTAT () (b) NTNT(1-N-(2- )-4- ) (26) ( ) (CAS ) (27) TNAD(1,4,5,8--1,4,5,8- ) (CAS ) ( ML8(g)(6)) (28) TNAZ(1,3,3- ) (CAS ) ( ML8(g)(2)) (29) TNGU(SORGUYL ) (CAS ) (30) TNP(1,4,5,8- [4,5-d] ) (CAS ) (31) (a) DNAM(2- -4, ) (CAS ) (b) NNHT( ,3,5- ) (CAS ) (32) (a) (b) ADHTDN(4- -3,5- -1,2,4- ) (CAS ) (c) ADNT(1- -3,5--1,2,4- ) (d ) BDNTA([ - ] ) (e) DBT(3,3 --5,5- -1,2,4- ) (CAS ); ( f ) DNBT() (CAS );

12 B (b) (g) NTDNA(2-5- ) (CAS ) (h) NTDNT(1-N-(2- )3,5- ) (i) PDNT(1- -3,5- ) ( j) TACOT() (CAS ); (33) ML8(a) (34) ML8(a) ( 250 ) 5 (1) 1.1 ( ) 250 ( ) 270 (2) 1.3 ( ) 230 ( ) 250 ( ) 266 (3) (4) ( 21 ) () 38 (5) 233 ( -40 ) 5% (EMCDB)

13 B (c) (6) ML8(a) (1) (2) () (CAS ) (3) (CAS ) (CAS ) (4) ( ML8(d )(8) ML8(d )(9)) (a) 70% (CAS ) (b) (CAS ) (c) - (CAS ) (d ) - (CAS ) (5) 99% (a) (1) 60 (CAS ) (2) 3 (CAS ) (b) (1) 60 (CAS ) (CAS ) (2) 85% 60 (CAS ) (CAS )

14 B (6) ( (CAS )) M1 M2 M3 (7) (8) 99% 60 (CAS ) (9) n= (TiH n ) (d ) (1) ADN ( SR 12) (CAS ) (2) AP ( ) (CAS ) (3) (a) (b) (c) ML8(d )(3) (4) DNAD (1,3--1,3- ) (CAS ) (5) HAN ( ) (CAS ) (6) HAP ( ) (CAS ) (7) HNF () (CAS ) (8) (CAS ) (9) (CAS )

15 B (e) (10) (IRFNA) (CAS ) ML8(d )(10) (1) AMMO () (CAS ) ( ML8(g)(1)) (2) BAMO ( ) (CAS )( ML8(g)(1)) (3) BDNPA ( (2,2- ) ) (CAS ) (4) BDNPF ( (2,2- ) ) (CAS ) (5) BTTN ( ) (CAS ) ( ML8(g)(8)) (6) (7) FAMAO(3--3- ) (8) FEFO( -(2- -2,2- ) ) (CAS ) (9) FPF-1( 2,2,3,3,4,4- -1,5-) (CAS ) (10) FPF-3( 2,4,4,5,5,6, ,7-) (11) GAP( ) (CAS ) (12) HTPB( ) meq/g poise (CAS )

16 B (13) ( ) (14) NENAs ( ) (CAS ) (15) PGN(poly-GLYN ) (CAS ) (16) Poly-NIMMO () poly- NMMO ( [3- -3-]) (CAS ) (17) (18) TVOPA(1,2,3- [1,2- -( ) ] ) (CAS ) ( f ) (1) (CAS ) (2) BHEGA ( (2- )2- ) (CAS ) (3) BNO ( ) (CAS ) (4) (a) (CAS ) (b) 2,2- () (2,2- - ) (CAS ) (c) (d ) (CAS ) (e) (5) 2,4- (CAS ) (6) (CAS ) (7) -- (CAS ) (8) (CAS ) (9) (CAS ) (10) (CAS )

17 B (11) MAPO( -1-(2- ) ) (CAS ) BOBBA 8( ( - ) 2-(2- ) ) MAPO (12) Methyl BAPO( (2- ) ) (CAS ) (13) N- - - (CAS ) (14) 3--1,5- (CAS ) (15) (a) (b) [ ] [] (CAS ) IV 2,2[ 2- - () ] (CAS ) LICA 12 (CAS ) IV [(2- -1) ] -1 [] KR3538 (c) IV [(2- -1)] -1 () (16) (17) (BITA ) 2-2- (18) (2- ) (CAS ) (19) 250 / 3.0 (Fe 2 O 3 ) (20) TEPAN() (CAS )

18 B (21) TEPANOL( ) (CAS ) (22) TPB ( ) (CAS ) (g) ML8(g) (1) BCMO ( ) (CAS ) ( ML8(e)(1) ML8(e)(2)) (2) - (CAS ) ( ML8(a)(28)) (3) HBIW ( ) (CAS ) ( ML8(a)(4)) (4) TAIW ( )( ML8(a)(4)) (5) TAT(1,3,5,7- -1,3,5,7-) (CAS ) ( ML8(a)(13)) (6) 1,4,5,8- (CAS ) ( ML8(a)(27)) (7) 1,3,5- (CAS ) ( ML8(a)(23)) (8) 1,2,4- (1,2,4-) (CAS ) ( ML8(e)(5)) 1. ML8(c)(1) 2. ML8(c)(4)(a) 3. ML8(c)(5)

19 B ML8(c)(5)(b)(2) -10( % ) 5. ML4 6. ML8 ML8(a) ML8(c) (a) (b) (c) (d ) (e) ( f ) (g) (h) (i) ( j) (k) N (l) (m) (n) (TEA) (TMA) (o) ( p) ( )(NG) (q) 2,4,6- (TNT) (r) (EDDN) (s) (PETN) (t) (u) (TEGDN) (v) 2,4,6- ()

20 B (w) (x) N,N- ( ) (y) -N,N- () (z) -N,N- () (aa) 2- (2-NDPA) (bb) 4- (4-NDPA) (cc) 2,2- (dd) ( 1C011(d )) (i) 9 (i) ML9(a) ML11 (g) (ii) ML9(e) (e) ( j) ML10 (i) ML10(a) ML11 (g) (ii) ML10(a) (iii) ML10(b) (iv) ML10(c) (v) ML10(c) ML10(d ) ML10(d ) ML10(c) (vi) ML10(e) ML10(a) ML10(b) ML10(c) ML10(a) ML10(b) ML10(d )

21 B (vii) ML10( f ) ML10(c) ML10(d ) (viii) ML10(g) (g) (ix) ML10(h) (A) (B) (8) ( ) (x) 2 3 ML10(c) ML10(d ) (xi) 2(b) (k) ML11 (i) ( f ) (ii) (g) (l) ML13 (i) ML13(d ) (ii) ML13(d ) 1C010 (iii) 3 3. ML13(d ) (m) ML14

22 B (i) ML1 ML2 (ii) (iii) 1. ML14 2. ML14 (n) ML15 2 ML1 ML2 (o) ML17 (i) ML17( j) (ii) ML17(k) (iii) ML17(l) (iv) ML17(m) (m) ( ) (v) Note Notes (vi) 1 (vii) 2. ML17 ( p) ML18 (i) (ii) ML18(b) ML18 (iii) ML18(c) ML18(d ) (iv) 1(i) ML8(a)(1) ML8(c)(8)

23 B (q) (v) 1( j) ML8(a)(6) ML8(c)(3) (vi) 1 (vii) 2(a)(1)(a) ML8(a)(18) ML8(c)(4) (viii) 2(a)(1)(b) (ix) 2(a)(3) ML8(a)(2) ML8(c)(5) (x) 2(b)(4) (4) ( ML8 6) (xi) 3 (xii) 3 ML22 ML22 (a) ML7 (b) 1. (a) (1) (a) ( ML8(c)(4)) (b) ( ML8) (2) ( 1C005 3A001(e)(3)

24 B ML20(b) ) (3) ( ML8(c)(5)) (b) (1) ( ML2(b)) (2) ML7 1 (3) ( ML7( f )) ( ) (4) ( ML8 6) (5) ML10 (6) ( ML13 2) (7) (8) ML22 1(b)(8)

25 B (r) (s) 3. ML22 ML7 2 (i) (1)(a)(2) (ii) (1)(a)(3) (1)(a)(4) (iii) (1)(a) (3) 1 1A (i) 1A001 COMPONENTS MADE FROM FLUORINATED COMPOUNDS, AS FOLLOWS Components made from fluorinated compounds, as follows (ii) 1A002 1A002(b)(2) (2) 1C010(c) 1A002(b) (a) (b) (c) (d ) (iii) 1A002 1A002 1 (iv) 1A005 (A) 1C010

26 B (t) (B) A005 (v) 1A202 1A202 1A002 9A010 9A110 (a) (b) 1C010(a) 1C010(b) 1C210(a) 1C210(c) 1 1B (i) 1B001(c) 1B001(c) (ii) 1B002 1B102 (iii) 1B101(d ) 9A110 9C110 (iv) 1B102 ( 1B002 ) 1B115(b) (a) 1C011(a) 1C011(b) 1C111(a)(1) 1C111(a)(2)

27 B (b) 1B002 1B102(a) 1B102 (a) ( ) (b) (c) () (v) 1B115 1B115 ( 1B002 1B102 ) (a) 1C011(a) 1C011(b) 1C111 (b) 1C011(a) 1C011(b) 1C111 1B115(b) 1B117 1B118 1B119

28 B B115 (vi) 1B117 1B (a) 110 (b) (vii) 1B (a) (b) (viii) 1B119 1C011(a) 1C011(b) 1C111 (ix) 1B225 (x) 1B228(b) (5 50 )

29 B (xi) 1B230 1B230 (KNH 2 /NH 3 ) (a) ( ) (b) 8.5 (c) (1) (1% ) (2) ( 1%) (xii) 1B231 (xiii) 1B232 1B232 - (a) 35 ( 238 ) (b) (xiv) 1B233 (xv) 1B233(b)(2) (u) 1 1C (i) (a) atomising atomizing (ii) 1C002(c)(2) atomisation atomization (iii) 1C010(d )(2) and and (iv) 1C011(a) atomised atomized (v) 1C107(a) (1)

30 B (2) (3) (vi) 1C111(a)(3) (A) oxidisers oxidizers (B) (d ) (MON) (MON) (N 2 O 4 /NO 2 ) (NO) MONi MONij i j ( MON3 3% MON25 25% MON40 40% ) 1C111(a)(3)(d ) (NF 3 ) (e) (IRFNA) ( f ) 1C238 (vii) 1C111(c)(1) (1) Butacene (viii) 1C111 1C111 (ix) 1C118 (Ti-DSS) (Ti-DSS) (x) 1C202 1C202 1C002(b)(3) (b)(4)

31 B (a) (b) (1) 293 ( 20 ) 460 (2) 75 ( ) (1) 293 ( 20 ) 900 (2) 75 ( ) (xi) 1C210 1C210 1C010(a) (b) (e) (a) (b) (1) (2) C210(a) 0.25%

32 B (c) (1) (2) ( ) 1C210(a) (b) 1C210 (xii) 1C216 1C ( 20 ) C116 1C (xiii) 1C226 1C226 90% (a) (b) ( ) 20

33 B C226 - (xiv) 1C227 1C227 (a) () (b) 10 (xv) 1C228 1C228 (a) () 200 (b) 10 (xvi) 1C229 1C229 (a) 99.99% (b) 10 (xvii) 1C230 (A) (B) 1C230(a) 1C230 50% 1C230 (C) (c)

34 B (xviii) 1C232 1C232-3( 3 He)-3 1C (xix) 1C233 1C233-6( 6 Li) ( -6 ) 1C % ( 7.5%) (xx) 1C234 1C % 1C (xxi) 1C235 1C235

35 B C GBq (40 Ci) (xxii) 1C236 1C236 α α (a) (b) α 37 GBq (1 Ci ) (c) α 37 GBq (1 Ci ) (d ) 1C236 α 3.7 GBq (100 ) (xxiii) 1C237 1C ( 226 Ra) C237 (a) (b) GBq (10 ) (xxiv) 1C240 1C240 0C005 (a) (1) 99.0%

36 B (2) (ASTM) B (b) 1C240(a) 1C240 (a) (b) C240(b) 1C240(a) (xxv) 1C350(23) (xxvi) 1C351 (xxvii) 1C351(a) (21) (22) (23) (24) (25) (26) (27) (28) (29) ( ) (30) (Sabia, Flexal, Guanarito) (31) - ( Sin Nombre) (32) (xxviii) 1C351(c) (14) epsilon

37 B C351(c)(14) epsilon (15) O157 (xxix) 1C351(d ) (12) (13) (14) (15) T-2 (16) HT-2 (17) (18) (19) 1 (xxx) 1C352(a)(2)(b) 92/40/EC (O.J.L p.19) 92/40/EEC (O.J.L. 167, , p.1) (xxxi) 1C352(a) (16) (17) (xxxii) 1C353 (xxxiii) 1C353(a) (xxxiv) 1C353(b) (xxxv) 1C353 1C353(b) C353 O157 ( )

38 B (xxxvi) 1C450(c) (v) 1 1D 1D101 1B115 1B117 1B102 1B115 1B117 1B119 (w) 1 1E 1E101 1B115 1B116 1B117 1C001 1C007 1C011 1C101 1C107 1C111 1C118 1B102 1B115 1B119 1C001 1C101 1C107 1C111 1C117 (x) 2 2A (i) 2A001(a) (A) (B) (C) (ISO 5593) (ii) 2A001(b) (iii) 2A225 2A225 (a) (1) (2) 98% (a) (CaF 2 ) (b) (CaZrO 3 ) (c) (Ce 2 S 3 ) (d ) (Er 2 O 3 ) (e) (HfO 2 ) ( f ) (MgO) (g) - - ( 50%Nb 30%Ti 20%W) (h) (Y 2 O 3 ) (i) (ZrO 2 )

39 B (y) (b) (1) (2) 99.9% (c) (1) (2) 98% (3) (iv) 2A226 2A226 (a) 5 (b) (c) 60% 2A B (i) 2B001 (ii) 2B001 (iii) 2B ( ) 2B001(a) (b) (c)

40 B (iv) 2B001(a)(1) (v) 2B001(b)(3) (vi) 2B001(c) (A) 3 4 (B) 5 3 (vii) 2B002 (MRF) 2B002 MRF (viii) 2B006(a) (a) (CMM) ISO () (2001) ( ) ( ) (MPEE) ( ) 1.7+L (L ) 2B206 (ix) 2B006(b)(1) 2B006(b)(1) (x) 2B006(b)(2) (xi) 2B006(b)(2) ( ) (xii) 2B006 (A) Notes Note (B) 2B006 1.

41 B (C) 2B006 (xiii) 2B119 2B219 (a) (1) 3 (2) (3) (b) (4) 0.2 2B119(a) 2B119(a) 2B120 (a) (b) (c) (1) ( )

42 B (a) (b) (2) ( ) % (3) 5 2B120 2B008 2B121 ( ) 2B120 (a) (b) 5 2B121 2B008 2B (xiv) 2B201(a)(1) (1) ISO () 230/2 (1988) ( ) 6

43 B (xv) 2B201(a) (xvi) 2B201(b) (A) 2B201(b)1 (1) ISO () 230/2 (1988) ( ) 4 (B) 2. (2) (xvii) 2B206 2B206 2B006 (a) (b) (1) (2) ( ) 0.2 ( ) (1.25+L/1 000) (L ) ( VDI VDE ) (1) 5 ( ) 3.5 (2)

44 B B VDI VDE B206 (xviii) 2B209 2B209(b) 2B209 ( 2B009 2B109 ) (a) (1) 3 3 ( ) (2) (xix) 2B209 2B209 (a) (xx) 2B219(a)(1) (1) 75 (xxi) 2B219(b)(1) (1) 75 (xxii) 2B219(b)(3) x (xxiii) 2B225 (xxiv) 2B226 2B226 ()

45 B B (a) (1) ( 850 ) (2) 600 (b) (3) 5 2B226(a) 5 2B226(a) (xxv) 2B227 2B227 (a) (1) (2) ( ) (b) (1) 50 (2) ( )

46 B (c) 2B227(a) 2B227(b) (xxvi) 2B228 2B228 (a) 2B228(a) (b) 2B228(b) (c) 2B228(c) ( )

47 B (xxvii) 2B230 2B (a) (b) 60% (1) 13 1% (2) (xxviii) 2B231 2B231 (a) 380 (b) 15 (c) (xxix) 2B232 (A) gun guns (B) (xxx) 2B350

48 B (xxxi) 2B350(b) 2B350(a) (xxxii) 2B350(d ) ( ) (xxxiii) 2B350(d )(4) (xxxiv) 2B350(e) (xxxv) 2B350(e)(4) (xxxvi) 2B350(g) ( ) 10 ( ) (xxxvii) 2B350(h)(4) (xxxviii) 2B350(i) ( ) (xxxix) 2B350(i)(6) (xl) 2B350 2B350( j) 8% (xli) 2B351(a) (a) 0.3 1C350 (xlii) 2B352(a) (1983 ) (1993 ) (xliii) 2B352(b) (xliv) 2B352(c)(3)

49 B (xlv) 2B352(d )(1) 5 1 (xlvi) 2B352(e) (xlvii) 2B352( f ) ( f ) (1) 2B352( f )(1) (2) III 2B352( f )(2) ( ) (xlviii) 2B352(g) (z) 2 2D (i) 2D002 (A) Note Notes (B) 1 (C) 2. 2D002 2B002 2B002 2D001 (ii) 2D101 2D101 2B104 2B105 2B109 2B116 2B117 2B119 2B122 9D004 (za) 2 2E (i) 17 5%

50 B (ii) 5( f ) ion Ion (iii) 2E101 2E101 2B004 2B009 2B104 2B109 2B116 2B119 2B122 2D101 (zb) 3 3A (i) 3A001(a)(1)(a) (ii) 3A001(a)(1)(b) (iii) 3A001(a)(1) (c) 5x10 13 ( ) ( 1 ) 3A001(a)(1)(c) (MIS) (iv) 3A001(a)(3)(a) (a) (v) 3A001(a)(5)(a)(2) (vi) 3A001(a)(5)(a)(3) (3) (vii) 3A001(a)(5)(a) (4) 14 1 (viii) 3A001(a)(7)(b) (ix) 3A001(b)(1) 1. 3A001(b)(1) (a) 31.8 (b)

51 B A001(b)(1) (a) 50 (b) (1) (2) (x) 3A001(b)(1)(a)(1) (xi) 3A001(b)(2) (2) (MMIC) (a) (b) ( 6 ) 4 (36 dbm) 15% 6 16 ( 16 ) 1 (30 dbm) 10% (c) ( 31.8 ) 0.8 (29 dbm) 10% (d ) ( 37.5 ) (e) ( 43.5 ) 0.25 (24 dbm) 10%

52 B ( f ) A001(b)(2) A001(b)(2) MMIC A 1 2 MMICs ( ) 3A001(b )(2) MMICs (xii) 3A001(b)(3) (3) (a) ( 6 ) 60 (47.8 dbm) (b) ( 31.8 ) 20 (43 dbm) (c) ( 37.5 ) 0.5 (27 dbm) (d ) ( 43.5 ) 1 (30 dbm) (e) A001(b)(3)

53 B (xiii) 3A001(b)(4) (4) (a) (b) ( 6 ) 60 (47.8 dbm) 15% ( 31.8 ) 15 (42 dbm) 10% (c) ( 37.5 ) (d ) ( 43.5 ) 1 (30 dbm) 10% (e) 43.5 ( f ) 3 (1) ( ) P 150 () [P>150 W*GHz 2 /f GHz2 ] (2) 5% (3) d( ) 15 () [d 15 cm*ghz/f GHz ] MMIC 3A001(b)(2)

54 B A001(b)(4) A001(b)(4) (xiv) 3A001(b)(6) (6) (xv) 3A002(a)(2) (EBU) (ETSI) (xvi) 3A002(a)(5)(a) Digitising Digitizing (xvii) 3A002(a) (6) (a) 1 8 (b) 1 (xviii) 3A002(c) (xix) 3A002(c)(1) (xx) 3A002(d )(1) (1) (xxi) 3A002(d )(2) 3A002(d )(3) 3A002(d )(3) 3A002(d )(4) (xxii) 3A002(d ) (2) 43.5

55 B (xxiii) 3A002(d ) 3A002(d )(1) 90% 10% (xxiv) 3A002(e) (xxv) 3A002( f )(1) (xxvi) 3A003 ( ( ) ) (xxvii) 3A201 3A201(b) 3A201 3A001 (a) (1) (a) 1.4 (b) 10 (c) 0.5 (b) (d ) 50 (2) (a) 750 (b) 0.25 (c) 10

56 B (1) 2 (2) 2 (3) 300 (4) 50% 1% (xxviii) 3A201(b) (A) (B) (xxix) 3A201(c) (c) X- (1) (a) (b) 0.25 (K) (2) (a) 25 (b) 50 X- ( ) 3A201(c) 1. (K) K = V 2.65 Q V ( ) 1 Q ( ) 1 Q 1

57 B Q i t ( 1 ( )) (Q = idt) i ( ) t ( ) 2. =( ( )) ( ( )) (xxx) 3A225 3A225 0B001(b)(13) (a) 40 (b) (c) ( ) 10% (d ) ( ) 0.1% 3A225 (xxxi) 3A226 3A226 0B001( j)(6) (a)

58 B (b) 8 ( ) 0.1% (xxxii) 3A227 3A227 0B001 ( j)(5) (a) (b) 8 ( ) 0.1% (xxxiii) 3A228 3A228 (a) (1) (2) 2.5 (3) 100 (b) (c) (4) 10 3A228 (1) 15 (2) 500 (1) 2 (2) 500 (3) 1

59 B (xxxiv) 3A229 3A229 (a) 3A232 (b) ( ) (1) (2) (3) 15 (4) 100 (5) (6) 254 (7) 25 (8) 223 ( -50 ) 373 ( 100 ) 3A229(b) 3A229(b)(5) 10% 90% (xxxv) 3A230 3A230 (a) 55 6

60 B (b) 500 (xxxvi) 3A231 3A231 ( ) (a) (b) - (zc) 3 3B (i) 3B001(a) (ii) 3B001(a)(1) (1) (a) % (b) % () (iii) 3B001(b) (iv) 3B001(b)(4) (4) (v) 3B001(c) (vi) 3B001(d ) (vii) 3B001(d )(1) (1) 180

61 B (viii) 3B001(d )(2) (2) 3B001(e) 180 (ix) 3B001(e) (x) 3B001( f ) (xi) 3B001( f )(1)(b) (xii) 3B001(h) 3B001(h) 3A001 (xiii) 3B002(a) (xiv) 3B002(b) (zd ) 3 3C 3C002(a) optimised optimized (ze) 3 3D (i) 3D002 3D002 (a) 3B001(a) 3B001( f ) (b) 3B002 (ii) 3D003 3D003-3D003 - (

62 B ) (iii) 3D004 3A003 (zf) 3 3E (i) 3E001 3E001 3A003 (ii) 3E002 3E001 3E002 3A001(a)(3) 3A001(a)(12) (iii) 3E003(b) 3E003(b) (HEMT) 31.8 (HBT) 31.8 (iv) 3E003 (g) 31.8

63 B (zg) 4 4A (i) 4A001(a)(2)(b) (Si)/sec (Si)/s (ii) 4A002 4A002 (iii) 4A003(b) (iv) 4A003(c) 4A003(b) ( CEs ) CTP 4A003(b) (v) 4A003(d ) (d ) (zh) 4 4D (i) 4D001 4D001(a) (ii) 4D001 (b) 4D001(a) (1) ( CTP ) (Mtops) (2) ( CEs ) CTP 4D001(b)(1) (iii) 4D003(d ) (d ) (zi) 4 4E (i) 4E001 4E001(a) (ii) 4E001 (b) 4E001(a) (1) ( CTP ) (Mtops)

64 B (2) ( CEs ) CTP 4E001(b)(1) (zj) 5 1 5A1 (i) 5A001(b)(2)(b)(2) (ii) 5A001(b)(4) 5A001(b)(5) 5A001(b)(5) 5A001(b)(6) (iii) 5A001(b) (4) (iv) 5A001(b)(5) 5A001(b)(4) 5A001(b)(5) (v) 5A001(b)(6) (A) (B) 5A001(b)(6) (vi) 5A101 5A101 9A004 9A012 9A104 () 1. 5A A101

65 B A101 () GNSS 4. 5A (zk) 5 1 5B1 (i) 5B001(a) (ii) 5B001(b) (iii) 5B001(b)(1) ( ( ATM )) (iv) 5B001(b)(1) (v) 5B001(b)(1) (vi) 5B001(b)(4) (vii) 5B001(b)(5) (zl) 5 1 5D1 (i) 5D001(d ) (ii) 5D001(d )(1) ( ( ATM )) (iii) 5D001(d )(1) (iv) 5D001 (d )(1) (v) 5D001(d )(4) (vi) 5D101 5A101

66 B (zm) 5 1 5E1 (i) 5E001(b)(3) (3) (ii) 5E001(c) (iii) 5E001(c)(1) ( ( ATM )) (iv) 5E001(c)(1) (v) 5E001(c)(1) (vi) 5E001(c)(4)(a) (vii) 5E001(c)(4)(b) (viii) 5E001(c)(5) (zn) 5 2 5A2 (i) 5A002(a)(6) (6) (ii) 5A002(a)(6) 5A002(a)(7) 5A002(a)(7) 5A002(a)(8) (iii) 5A002(a) (6) (iv) 5A002(a) (a) (a) (1) 5A002 (b) ( f )

67 B (2) (v) 5A002(a) (c)(3) (zo) 5 2 5B2 INSPECTIONAND INSPECTION AND (zp) 6 6A (i) 6A001(a)(2)(a)(2)(a) (ii) 6A001(a)(2)(a)(2)(b) (iii) 6A001(a)(2)(a)(2)(c) 6A001(a)(2)(a)(2)(b) (iv) 6A001(a)(2)(b)(1) (v) 6A001(a)(2)(b)(2) 6A001(a)(2)(b)(2) 6A001(a)(2)(b) (vi) 6A002 Space-qualified spacequalified Space qualified space qualified (vii) 6A002(a)(2)(a)(2) (viii) 6A002(a)(2)(a)(3) (ix) 6A002(a)(2)(a)(3)(a) (x) 6A002(a)(2)(a)(3)(c) (xi) 6A002(a)(2)(b)(1) (xii) 6A002(a)(2)(b)(3) (xiii) 6A002(a)(3)

68 B A002(a)(3) (xiv) 6A002(a)(3)(c) ( ) (xv) 6A002(a)(3) (d ) ( ) (1) (2) (a) 3.8 (b) (SPRITE) (e) ( ) (xvi) 6A003(b)(1) (1) (a) (1)

69 B (b) (2) (3) (1) 6A004(a) (2) 6A004(d ) (3) (a) (b) (xvii) 6A003(b)(2)(a) 6A003(b)(2)(b) 6A003(b)(2)(b) 6A003(b)(2)(c) (xviii) 6A003(b)(2) (a) (xix) 6A004 Space-qualified space-qualified Space qualified space qualified

70 B (xx) 6A005(b) (b) 1. 6A005(b) () 2. (1) (a) (b) (2) (a) (b) (c) (3) (a)

71 B (b) (c) (4) 6A005(b)(3) (xxi) 6A006(a) ( ) ( ) (xxii) 6A008( j ) Space-qualified Space qualified (xxiii) 6A102 ( (EMP) X ) ( 6A002 ) ( (EMP) X ) ( 6A002 ) (xxiv) 6A102 (xxv) 6A107(a) (0.7 ) (xxvi) 6A108(a) 6A108(a) (a) (b) (c) ( )

72 B (d ) (xxvii) 6A108(b) 9A012 (xxviii) 6A202 6A202 (a) 20 (b) 1 (xxix) 6A205 6A205( f )(1) 6A205 0B001(g)(5) 0B001(h)(6) 6A005 (a) (1) (2) 40 (b) (1) (2) 1 (3) 1 (c) (4) 100 (1) (2) 30 (3) 1 (4) 100

73 B A205(c) (d ) (1) (2) 250 (3) 500 (4) 200 (e) ( f ) Q ( ) (xxx) 6A225 6A A225 (VISARs) (DLIs) (zq) 6 6C 6C002(b) 6C002(b)(2) (3) (HgCdTe) (zr) 6 6D 6D103 9A012

74 B (zs) 6 6E 6E003( f ) (zt) 7 7A (i) 6 (ii) 7A003 7A003 (INS) 7A103 (a) ( ) ( ) (1) ( ) 0.8 ( (CEP)) ( ) 0.8 (b) (c) (2) 10 (GNSS) ( DBRN ) 4 GNSS DBRN (CEP) ( ) 10

75 B (1) 45 ( )6 RMS (2) A003(a) 7A003(b) (1) 7.7 (a) (PSD) (b) (2) (150 ) (3) 1(1) (2) 2. 7A A003(c)(1)

76 B A003(b) 2. ( CEP ) 50% 50% (iii) 7A101 7A101 ( 7A001 ) (a) % 7A101(a) (MWD) (b) 100 (iv) 7A103(b) 9A012 (v) 7A103 (c) 9A004 9A012 9A104 (CEP)

77 B ( ) 2. ( ) 3. (vi) 7A105 7A105 (GNSS GPS GLONASS Galileo) (a) 9A004 9A012 9A104 (b) (1) 600 (1 165 ) (2) GNSS (3) ( )

78 B A105(b)(2) 7A105(b)(3) () GNSS (vii) 7A106 9A012 (viii) 7A115 (A) 9A012 (B) (b) ( ) (C) (c) (ix) 7A116 (A) (B) (C) 9A012 (x) 7A116 (c) 7A116(a) 7A116(b) (zu) 7 7B (i) 7B003 7B003 7A 7B003 (a) (b) (c) (d ) (e) ( f ) (ii) 7B101

79 B (iii) 7B102 7B ( ) 50 (iv) 7B103 7B103 (a) 7A117 (b) 7A 7B001 7B003 (v) 7B104 (zv) 7 7D (i) 7D003(b) (ii) 7D003(b)(1) (iii) 7D003(b)(3) (3) ( DBRN ) (iv) 7D101 7D101 7A001 7A006 7A101 7A106 7A115 7A116(a) 7A116(b) 7B001 7B002 7B003 7B102 7B103 (v) 7D102 (c) 7A103(c) Kalman (vi) 7D103 9A012 (zw) 7 7E 7E101

80 B E101 7A001 7A006 7A101 7A106 7A115 7A117 7B001 7B002 7B003 7B102 7B103 7D101 7D103 (zx) 9 9A (i) 9A012 (a) ( ) (b) () 9A012 (ii) 9A101(a)(1) (iii) 9A101(a)(2) (2) 0.15 ( ) (iv) 9A106(d ) oxidiser oxidizer (v) 9A115 9A115 (a) 9A004 9A012 9A104 (b) 9A004 9A104 (zy) 9 9E 9E003(e) (e)

81 B (1) 1.2 (2) 80/1269/EEC ISO() (3) 700 (a) (b) (c) (a) ( ) 2 (b) ( f ) (1) ( 1C007 ) (a) (b) (c) (d ) ( ) (2)

82 B (a) (b) (c) (3) ( ) ( ( 37.8 ) 2.5 ) ( ( 37.8 ) 0.5 ) (a) 230 (b) (g) ( ) 723 ( 450 ) ( ) (zz) (i) ATM (ii) atomisation atomization (iii)

83 B (iv) (A) (Military explosives) (Explosives) (B) (v) (Military pyrotechnic(s)) (Pyrotechnic(s)) (vi) (A) (B) (vii) atomisation atomization (viii) atomisation atomization (ix) 7 ( DBRN ) (Data-Based Referenced Navigation ( DBRN ) Systems) ML8 (Energetic materials) ML8 (Propellants)

84 B (Time-modulated ultra-wideband) RF ( ) ( ) ( 60 G)

B B002 1B102(a) 1B102 (a) ( ) (c) () (v) 1B115 1B115 ( 1B002 1B102 ) (a) 1C011(a) 1C011 1C111 1C011(a) 1C011 1C111 1B115 1B117 1B1

B B002 1B102(a) 1B102 (a) ( ) (c) () (v) 1B115 1B115 ( 1B002 1B102 ) (a) 1C011(a) 1C011 1C111 1C011(a) 1C011 1C111 1B115 1B117 1B1 B538 2004 65 2004 18 (t) (B) 1 1. 1A005 (v) 1A202 1A202 1A002 9A010 9A110 (a) 75 400 1C010(a) 1C010 1C210(a) 1C210(c) 1 1B (i) 1B001(c) 1B001(c) (ii) 1B002 1B102 (iii) 1B101(d ) 9A110 9C110 (iv) 1B102