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Contents
1.2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14. BRM
15. 1 9 7 9
16. 5 c
17. 196
18. oO
19. MTCR
20. 1
21. 1
22. DNA
23. 6 3
24. P CR ELIS A
25. 7RMO
26. 0
27. PIGA PIGA 170
28. HEPA
29. hardwarenn the 1oop
30. SC
31. 12 1 i 12 1 Minimal launch Pe
32. 1 2
33. b 4 5 c
34. 6
35. hardware in the 1oop
36. 2 Single degree of freedom SDF 1 two degree of freedom TDF 2 8 SDF 3
37. 190 10 JRnhn Lira frn Ine TVC 10 1 em ememmlreumprbrtmnepiroemre 102
38. ROM b CVD
39. a
40. PCR
41. 1 3 UAV 1 4
42. HEPA 1 P 1 BL 1 P 4 BL 4 P
43. 5 000rpm 20 000rpm 20 000rpm 100 000rpm DNA 2
44. BRM MCTL
45. 008 0 007 5k g 12 LADAR LIDAR IR
46. 16 3 Mm ta NN U gt A 1922
47. 896
48. 51 5 2 NE 0 0
49. 3 4 20
50. 1 DNA RNA 0 02 0 2m
51. 2 1
52. 122 1I AP AP
53. e 1 1 3 1 3 1 3 f 1
54. 161 1 1mm 50cem
55. 1 edema factor EF 2 protective antigen PA 3 1ethal factor LE 1 29 b 6
56. RS
57. 20
58. B MT CR Annex Handbook
59. 130 1I I 6 1 0 00MN MM a
60. 8 107 3 5 2 1 1
61. A B Jenner
62. 3 9 40 5 4 2 SEB
63. TEL 213 12 6 FI urg 1 2 3 An ICM HaiEPmT ET ector ITEHET mith the mkssike In a knch canister ti Fe Cr 12 3 ya 8 ICBM i Figure 12 2 Transporter erect or auncher h
64. 11 1 11 2 198 10 FT T RFF pe TT FT TH ef 1 Fi ure 11 1 nfrared Ia Ir ssrsor fcr an unmanned IF WhICI toh a IE 55nC be Figures 11 i ro stabilized IR camere ElaCITnrilC5 IEEE 11 1 11 2
65. 0 5ml 0 2 4 6 12 18 6 1 2 2 CAMR
66. SH 24 48 B SL 3 EL ISA 1 1 160 2
67. 1 1 GP S a b c RI ZT
68. 8 NO 1 985 A G AG
69. MTCR 5X10 rads Si 1 9 GN
70. 6 8 172 ER 1g 1 0 5 1o orrms 1 9 1 a UN a
71. 1lm m Smuaumg ngn ae 15 16 15 16 15 18 NG Figure 1517 A sDlkd rocket Mater beim Figure 15 15 A different aphroach to an l5 17 altitude test starrl The test chject shomn In red Inskle the HESSLTE wessel a 15 18 15 17 15 16
72. GPS 173 1I
73. LIDARs
74. BW BRM 79 BW MCTL
75. 197 10 UAV
76. 80 1 1 2 1
77. 2 181 H g a 9 hb 1 i 10ppm scatterometer ii 50ppm reflectometer 5A profilometer i IMU Gi IMU
78. se 2 100 4 Cl NAM 1 a 0 NO 13 T 1 52 2 0 1 3 ag 2 1 SS OO H
79. 1 4 4 9
80. 7 108
81. V HF VHF
82. 1 B SEB B SEB SE B SEB 3 1 2 4 1 0 SBE
83. JHnln pl Dakar Ba Jlmnisnarn FIure 10 2 Mn eecthomecheanksal fight TVC Controal actulaT for a tall fn of a sm a 10 2 10 8 Figure 10 3 Hydraulic TVC actuator 8 10 3 TVC
84. 249 16 II 16 2 2 MA 2 2 2 00 2 RR SRR SC ER 7 A aa ee 2 2 RF NK OO RE 0 8 SS 2 NTS WM
85. 2 g Ti DS8 1 a 17 0 23 0 4 5 7 00 b 10 ASME 1181 87 CO LE a 100 mm b 600 mm 3 mm c 600 mm
86. I SLg3SAG BJBDg UEjN paayyo0 MD OOHg Figure 9 12 Two continuous output accelerometers visually identical to those of Fiqure 9 5 rated at 100 g 9 Photo Credit Littorn Gidarnce 12 100 g 9 5 nm Control Ssterns Figure 9 13 Ain integrated CirCuit accelerometer rated Inertial or othe at over 100 9 enhitarme fl ar 9 13 100 g 9 c 9 9 d 9 e
87. 1 1 2002 2 ACG SM
88. MTCL
89. 1 g 1 0 5 1g or rms 1
90. 24 14 Pasteur Vaccine Jenner Vaccine AG 2 50
91. HEF R S AS T
92. DEAD END 5
93. DNA AG
94. C X
95. 0 0
96. 7 7 2
97. 10 m 264 18 18 EMP X
98. 1 RNA 66 S M A B C 80 120nm 8 RNA C 7 HA NA 2 C 1 HA NA
99. 168 I wassss par ada Figure 9 3 A high resolution WTO a5trQ compass
100. 1 9 4 3 0 U00 9 2 a Q B 1 9 5 3 2
101. i a 17 6 Figure 17 tTE IT the form of a oomput disc 1 ls tA EAN RF RCS SIG RF RCS
102. NE 2S 2 0 NA 020W02 902 60 1 KAO NAM 1 350 kg MTCR 12 12 21 12 MTCR 12 13 12 12 MTCR
103. H DS 2 XNINN 1 S LVs 2 SSL AS O XPKBCaa 0 0 9
104. 2 1 1 72 EM63 60 72 L C16M 8 48 1 2 2 12
105. DNA 10 BW TW 1
106. UAV UAV mk IO x ss wx NH NH NN NH N UAV
107. TR
108. 2 4 5 0 A B C D E 5 0 2 12 1
109. CD ROM 7 1 c 148 1I a 69MPa 10 000 psi b 600C c 254 mm 10
110. a A 2 LADAR LIDAR 194 10
111. N sk NI SN 6 A A 4 28 UAV
112. 1 1 HA 14 Sg T 1 2 35 1
113. Figure Td Shipping crate fcr g Ey IEFHB I5 5 lc Fress mm gdE HarHHrrck Fo He ha ke RmP PH ivat Lk nnex Rha No ALL mr 7 7 8 2 c CVD
114. accelerated age testing 201 10 UAV
115. 2 16 3 d 2001 9
116. 81 8 50 50 500 500
117. 138 1I
118. AG 1 9 7 9
119. 158 8 6 8 7 FI ura CBIEcm raThnn racket Cggla HTC shoming the Tabric Eattern of the Und hiing FI 87
120. AN B X X 50 1 159 5 000 22 000 gr1
121. a stmt 17 EMI EMI Fir LE hk 11 7 EMI EMP 11 8 J9min mm Ihe Juans Sibuk Farmr thr I Fiqures 11 8 EatrCiITB TBIC Int snes
122. 40 60 1 5 1 P 4 ra Ek
123. 7
124. 1 9 5 0 60 5 3 1
125. 3 e 10 ppm 10 1 10 ppm parts par million e 50 ppm 50 ppm 184 TI 5 5 5X10 10m h
126. TU HO FT TOE me F rg 12 18 SEECT It or TFT 3 ATER carned ar sea wl Meter 12 12 MTCR 12 12 MTCR o gt R Firnkn yg a osk Ere PHntn rg cuntrer LEg Figure 1E 14 A Taity Meter TL PET LE sh ded fram a helicopte Its 55rci te ec onics shon on thes left are installed in the healicopter 12 14 n Y Fiqure 12 13 Cormpkete rot TCRLCotfollErl IF B dreity Teter sy stem wlth MINGonssks 2E19 1 SS
127. 1 mxX1 m 6 200 mm 40 g MAGRAM 259 2
128. a 1 2 b 2 7 2 c 3
129. CIF5 ClFsO
130. 149 KK 7 1 7 2
131. 50 5 0 500 500 5 0 500 5 0 0
132. 500 97 3 410 2 610C
133. 9 ICAL 18 1 18 3 266 18 5 Sbakr snpr ahnahnrF Dr Te tm EE ET EE fr ipa hk Hi NI I rato Creat Figurs 18 1 A circuilt hnarH mt with MIErOcIreults hardensd aqainst nuckar fecs 18 1 rk ad The hs bk bee ahnrahr FE Dir Figurs 18 g cther cIreult ba popuba
134. B C R S 30 23 2 0 5 1 0m 1 5gm
135. UAV Figure 11 6 nanned air ehile elerHrnnlcs howss 9 11 6 O 202 10 20 kg EMP 1
136. 226 183 18 0 20821 2 2 OO 0 MI DO Se 2 a 45C 55 b 7 19 118 LC XX
137. UAV
138. TMP H SMX 2 1 5 5 37 5C 48 7 1 0 1 20 4 1 160
139. MTCR 166 H
140. AG Know AG
141. 11 0 24 50 1 000 1
142. m 1 100
143. F1 F1 4 PCR 1ml 10 BSL 2 BSL 3 48
144. 8 56 3 112 208 0011 4 7 1 2 AG 1 AG AG AG P3 P4 ODO BQ A 7 a
145. 3 600 20
146. 1 3 X 15 1 24 15 15 1 X 0 5 m 1 0 m 0 2 m 0 5 m 0 5 m 0 3 m 1 0 m 1 0 m 0 3 m 200 kg 300 kg 2 kg MTCR X
147. 2 1 Know 2 116 B 17 1 5 m 121 2 6 131 ID 146 4 8 a 2 8 0 2 2 585 2 2
148. 1000 EE SO
149. CD_ROM 1 252 16 253 My LT
150. patie wn 9 23 a 9 23 IMU PIGA 9 24
151. 2 162 1 19 3 g ecc
152. 268 19 19 1 300km 300 km 500 kg 1 4
153. 6 AG 1992 AG 1 2 3 4 5 6
154. UMU d YE gt gt x gt 2 2 RCS RCS
155. 4 4 2 BW
156. UAV UAV 219 12 UAV UAV
157. 1C LC 2 008 VEE PCR I gsM ELISA I gsG VEE 5 7 I gM PCR B SL 3 EL ISA
158. 100mg 1 2 500mg 1 2 250mg 1 4 25mg kg 1 4
159. 2 1 2 3 4 6 7 8 9 10 11 1 1
160. 5 Q B A
161. SEB 2 50 75 24 28 0 1 1 0ppb 2 2
162. SOE 2 3 144 6 6 akg om real Bk Mic thn 6 7 a i Err Gr qantry braiding machine PC 6 6 144 136 H ess om i res a a nm
163. 142 I fatrfd UT EE HT Figure bb 5 A Mechine si resin to sewen nes of Toi 6 8 7 7 6 8 6 9
164. 23 5 0 9 3 5 20 lmee 15 7 ZFE EE SE 6 50 100 m 25 50 m 10 15 m UL
165. 1 e 100 g SE EO a 1 a 100 g 9 c d 100 g
166. 216 2
167. MTCR 1 TI 19 1 19 2 19 3 Figurs 19 1 Category ll unmanned sir ehicks in front of its trarmsporte erector launcher 19 1 II 269 19 Figure 1 g PIE HHITHTEH sir shlcl design ret Mally used for ECOrnmiadlssAne Missk hs 19 2 FUTEE mam SY TI MES rey itr Figures 1 TE ET Hrlwen LnrhH a Ocket bccster 19 3
168. 7 1 1 3
169. gt gt 0 eR T 1 3 2 3
170. JHtnin pH En Sr 12 18 Fi ure 18 18 Representathe Toul site tekernetry er WT ITH Tres5lrrd ppmernt 12 18 220 12 UAV UAV 12 19 12 20 UAV 12 21 SATCOM 12 23 UAV
171. WHO 2 1998 P8 P4 P8 P4 110
172. X 1 2 m 2 2 4 0
173. 159 I
174. C B TMTCR Annex Handbook IT A 1 LT
175. EAN S MTCR MTCR 3m es NT ET PCO IT EE sy WO 5m 0 5 234 5 m 0 25m 15 1
176. Sa 3 1 2 2 2
177. 1 754 1767 2 0 1 9 3 7 1 9 4 5 7 3 1 5 0 A B A
178. 2 HEPA 0 3 pm 99 79 DNA
179. SE B 4 8 SEB MHC 5 SEB SEC1 SEB SEB SE B S BE 24
180. b lo 1
181. UAV EMP EMI CN EMP EMI EMI EMP EMI
182. 1 9 7 0 Merrifield BW 20 900 FN 3 BW AG
183. 3
184. CVD PVD 2 8m 0 6X0 9 1 5 m PACVD
185. 2 129 2
186. 4 10 100 5 5 6 0 1 0 0 5 1 2 8
187. 8 20 cm 30 120 cm
188. 2001 9 1 1
189. 100 g 1 i 10ppm scatterometer i 50ppm reflectometer 5A profilometer 2 i IMU Gi IMU IMU stable element Gv IMU v wm vi Run in wi x x
190. b SS
191. 120C 1 15m
192. b Ne SE 1 2 4UGS TI
193. 9 D 1 rpm 186 FP
194. MDP 3 5 0 12 3 5
195. YY nl 1 2 0 0 3 SARS SS 6 a 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 2 AEE 23 24 3 25
196. ROM I
197. 265 MTCR rads Si 5x10
198. 55 70 97 99 RFNA N204 HE 121 1
199. Phnin Cr Honeyweil Eee 10 A fihEr optic gyro WIth its top remowed 10 MA PHntn CrEdW LITEF Fi ure 11 A fiber optic rate sensing WTO ti52x55 Cm 9 11 CS xX8 cm
200. ea TEST PET 6 7 144 FT BUTTE MT lt d
201. AG CIA 112
202. 59 60 61 62 68 64 65 66 67 68 69 70 71 0
203. 24 4 ew MI Q anthrax brucellosis XR Q VEE 4 RNA ETA TIR 2 US RON 2 AHF
204. 2 147 1
205. 15 5 Pom EID ren ceced a 5 15 5 UI ds HHHIEH TO Tf i mW HLELEL ET Ta TBUIW HT EN noe sm IEARNRN SAID 1 e MTCR 15 6 0 5 m 0 5 m 2 m Pir mm la lickin 60 80 kw FI ura 15 b a A WET aTplifier 1 t 55 CE 5 hust 15 6 e 1 5 mX0 5 mX0 8 m
206. P1 P4 P4 2N mn
207. 4 5 5 24 50 1 000 6 7 1 1 3 2 7 2 2
208. 4 5 0 5 70C 50 0 5 25C 48 i H 2 3 2 3 69
209. 145 1I IT 7 a 1 300C 2 900C 130 Pa 1 mmHg 20 kPa 150 mmHg
210. 15 2 15 3 235 5 15 4 Hmnin mm PhHnlg IHrJag Fiqures 15 4 A thruster with an mpanded head 19 4
211. CIP SIP GMP 7 8 7 ST 0 b AS
212. RVs RV RV Fn ad irish Hpansrrsrg luton umuln RV 18 4 18 5
213. b Direction finding system
214. PC Hrnhn ar nik lickin Fiqure 15 2 A thruster EEITH rebared to Aartest a mEsilE 15 2 Fiqure 15 1 A HE5KtnH co tr with clistomized Interface cards ard softase TA EF 15 1 E E E MTCR Hr U 1 3m Figure 15 3 missile WE te st 1m facility rr thruster 3 15 3
215. pH Er rr re fr 1 Fm 9 PG SHcaiTm IT stn A A 9 25 9 26 Photo Cred Boeing North American Inc Pe 9 25 PIGA accelerometer test stationSs 9 25 PIGA 9 h 1 19 1I Pr EL Lu EL Er WF LM LE ET CC
216. 5 5 Jinhn pH lb Toctits phs mr 0 75 1 5 m 1 2 m 450 1 700 Fwe 55 A420gmNon propelant mng bowt 5 5 420 55 126 I hn mm TR IDT 0
217. 8 3 6 7 2 DIC 1 9 4 0 4 8 36 7 2
218. DTI 006 0 072 67 4 C HA N 2 A B
219. 224 12 ee mlgslla tracking radar 2 _ 12 17 EEA lt ET TH mn ent LEE5 Figure 12 2 gd A aptical BT lgfT 12 29 Hm gr TTP Figqures 12 28 fi optkal Missilles TKIT talascohs 12 28
220. 3 EN424 h VEEV VEEV 8
221. 17 17 38C 43 3 6
222. MTCR 2 2 2 j MTCR
223. 0 0 hBBEgiPGTUFSPET PIT 0020 0 5 6
224. 4 3 3 6 1 19638 1 9 7 9 CAMR MOD
225. Bebring Glenny Siidmersem 2 1 SARS HIA
226. 3 1 2 3 4 5 6 7 8 9 B SEB
227. 1 7 1 8 EMP X X MTCR
228. 3
229. 1 3 Q EL TI SA 2 I gM EL ISA 1 2 Q Q Q
230. 2 Jrtn nd hnl Corp Ei 1 Tabketoh rllamat OIG Tehine 6 1 0 asoaer peeree 2 2 7 2 RS 6 2 10 cm
231. 500 kg 300 km 2 C GPS 1 i 515 m sec 1 000 nautical miles hour ii 18 km 2 1 199 10 GPS Global Positioning System GLONASS Global Navigation Satellite System GPS GPS GPS
232. 1 72 2 2 g cc 8 8 2 28N 2 8 8 S7 d 100 Hz 10 000 MHz
233. 80 cm 133 I
234. 0 5 2 5 kg 25 kg 1 5 m 20 cm Ro c
235. VIG V IG 42 1 1 HI V VIG 0 6m1 kg 70Kg 42m1 24 36 6
236. 109 2 83 AG
237. MTCR b 0 9 A
238. SE Q X SEB EL I SA PCR SE B SEB SEB 24
239. c m DIPs 11 5 DSP DSP 11 6 cm Hm rot A Cnn
240. UAV 251 16 NASTRAN SINDA msm OptiEal eeee Flight Mtion CD ROM FI ure 155g Hardwareinthe Ioop mlssile hirrWara lrmulatlo 0 Eg O a
241. 2 3 28 1 2
242. S Z ww JR SD 242
243. 2 ryer et Ds 1 4 3 1 we 7 i 4 a DD 89 17mmAq 2 2 2
244. X X X 30 X 15 24 246 5 FI urg 15 24d 1 F TEFhlrE Used Tr sierllgatinn inct MITCR FniThrnllgHl 15 24 10 X MTCR hhn Cait bn Baia 2
245. US AMR I ID VHF VHF VHF CCHF CCHF 9 VHF
246. IMU IMU pm i rpm n SS FIH La 5 9 ff bhi mt th Ld Fm lil O5 a a 9 22 4 a gt NS amp 9 22
247. ERA Export Administration Regulations EU 4 2 a V1 Chikungunya virus V2 Congo Crimean haemorrhagic fever virus V3 Dengue fever virus V4 Eastern equine encephalitis virus V5 Ebola virus V6 Hantaan virus 2 V7 Junin virus V8 Lassa fever virus V9 Lymphocytic choriomeningitis virus V10 Machupo virus V11 Marburg virus V12 Monkey pox virus
248. 18 7 5 3 1 2 4 5 4 1 5
249. 1979 87 2 1 4 5 P 4 P 4 b d
250. A HA NA A Bangkok 10 83 H1 N1 1 3 3 4 1 A 2 lt 3 10 15
251. 100g 178 9 12 9 c 100g 9 9 18
252. B 5 1 2 3 4 5 6 7 8 9 10
253. 0 EQ o Figurs 13 TRH IRN Na Ear digital sqnal rocessor 13 3 X 2 JHnhn Gradt JHhg Ch Er Lu Lithository Fr RF REF gt 5 lt FI ure 13 4 TE HaTHgTTEH kts SN se 13 4 25 kg
254. 1 Q 2 1 4 4 0 2 1 4 X 5 0 39 Q 2 5 Q 3 3
255. X Ni SNINS SN H H 3 DS 4 259 17
256. 609 LT HTT TE OT Figue EL ITEEHITE PT Cm hTcl lirees of rein Ve
257. X X X X X 245 SS 415 X
258. 3 1 0 1 0 1 4 7282
259. 1950 f Q Q Q
260. 20 R oo Sres LN sectci Cf 1 eg nl Meter transcnic nr EE jh FH 8 ne ry I i NN KN NN ML I Er te FT lb5 10 9m
261. 78 BW AG
262. 1 8 98 Loeffler Frosch 1 0 0 Pasteunr Pasteur
263. 4 1 2 50 70 4 8 39 3 5mg kg 10 14 400mg 12 500mg 12 10 1 4 750mg 12 _ 10 14 7 5 10mg 12 10 1 4
264. DSPs X NN DS 2 4 ADC 8 0 1 256 0 1 255 38 92 3 92 1 96 0 196 ADC ADC 230 14 ADC
265. UAV NN SXX a Nf am 7 DC x SN Hh NF gt NI 3 2 7 4 XN N Ni 0
266. CVD PVD CVD CVD CVD PACVD PVD PVD CVD 139 LR PACVD
267. B C A B 5 14 4 5
268. 30 8 0 1 0 1 5 5 3 5 24 2 HI 37 500mg 12 2 100mg 12 2 500mg 6 2
269. 4 GLONASS GPS GPS GLONASS 11 1 GPS GLONASS 11 C 2 GPS GLONASS
270. 6 0 5 1 0 0 1 8 5 0 7 4 5 7 1989 5 7 CCL 1 9 4 6 1 9 9 8 F1 V 1 2 7
271. 5 o Gi
272. HFRS ON HFRS 49 HFR S
273. RV CD ROM
274. 7 2 300 1 100 1 2 CIA 1995 CIA The Chemical and Biological Warfare Threat AG 7 3 1 P3 BL3 P4 BL4 P 3 P 4 WHO 2 a 300 b
275. 8 1 2 EC 9
276. IMU Photo Credit Poneywe 9 15 4 ee 9 1 7 ee IMU containing TMU three accelerometers and three ring laser A RA 9 17 9 17 1MU GPS 1
277. 7 1 H tr cimar Supplinr Gaup Duallls nas Fport Ain 4 tl Tt HanHhn T rtHm jE mm Cr Figura TT A ahora ysizel 5 HE press shoming ts threes main CITIEEAets Eressre chambs essue qenerator and contiol conssks 7 1 AU tuk pr Er gd Pes st pe Ts ir FIUTa TTF high ressures cosres toming hnle Tor hoses or Pipess 7 2 10 1 000 1 400 MPa 7 1
278. ADC ADC 1 5 0 9 X X vil SO BRT RST CE
279. O6 nl 29 3 30 23 24 25 3 4 1 3 2 2 7 3 AG
280. 1 3 4 6 trebuchet 1710 1 5
281. 83 c Burkholderia mallei Burkholderia pseudomallet Burkholderia mallei 31 Burkholderia pseudomallei 2 4 4 8 9 0
282. 1 5 m 1 m 2 m 2 m 2 900 7 9
283. 24 50 kg 1000 k g 0 1torr 10k g 1 000 k g P3 P4 BL3 BL4 L3 L4 a b a b
284. NO 24 30mg kg 2 5mg kg 1 2mg kg 17 5mg kg I 8 200mg 100mg 12 10 14 3 400mg 1 2 25mg kg 15mg kg 1 4 10 14
285. 1 21 3 5 6 1 0 5 0 10 8 5 1 5 3 0 8 0 1 3
286. 38 b 6 1 UN 0 0 4
287. 195 10
288. WEE EEE 1 0 100 Q 9 0 1009 1 0 0 1 VEE WEE EEE 6 24_ 7 2
289. G G 5 1 4 5 5 c 125 I
290. c Lo I O
291. 63 II 1 E Jenner 23 2 23 1 2 Jenner 1798
292. G4 WB1 Clostridium tetani WB2 Legionella pneumophila WB3 Yersinia pseudotuberculosis b PBl Xanthomonas albilineans PB2 Xanthomonas campestris pv citri 10 PF1 Colletotrichum coffeanum var virulans Colletotrichum kahawae PF2 Cochliobolus miyabeanus Helminthosporium oryzae PF3 Microcyclus ulei syn Dothidella ulei PF4 Puccinia graminis syn Puccinia graminis f sp tritici PF5 Puccinia striiformis syn Puccinia glumarum PF6 Pyricularia grisea Pyricularia oryZae PGl PG2 PWBl Xanthomonas campestris pv oryzae PWB2 Xylella fastidiosa PWF1 Deuterophoma tracheiphila syn Phoma tracheiph
293. 155 2 0
294. 9 6 6 6 2 0 3 26
295. GPS force balance force to balance or force rebalance accelerometers
296. 262 17 RF 1 2cm RCS 2 5cm Er TE ETF CT 4m 5m 2m FI ura 17 8 RCS TE 5LEITEITt spibmeit Using 8 dial
297. 7 3 113 83 3 50 50 500 500
298. RCS 261 17 RCS
299. 1 3 3 0 4 200 20 50 MO 8 1796
300. 1 9 7 9 6 2 3 2 4 3 6 X 55 509
301. 2 5 1 0 09 2001 9 1 1
302. Know CISTEC 2 2 1 P 3 P 4 P 3 P 4 1 GM T P1 EE 98
303. 1 300km 20 19 A 1 3 lI 1 2 111 1 AG
304. 5 BSL 4 P8a 2 4
305. ce d 3 a 1 100 b ec d 4 24 50 k g 1000 k g 5 a 5 b 6 P3 P 4 a b
306. CVD 46 1I CVD
307. 10 direction finding equipment I I A VT
308. Ro Ro A 7 5 8 Ro 1 75 8 10 1 0 Ro 3 5 Ro 5 0 6
309. i 175C UAV 156 I a
310. TELs ELs MELs 12 b MTCR 12 a SN CT EE NH 5 1 Ni Ne N N SL 02 9 2 2 x 7 Y wXNNIN NM Ni 1 N TEL TEL TEL TEL
311. 26 27 10 0 1ml 20 0 5cm 20mmHg E ab 2 52 10ml 20 1 0 01 0 1ml 2 20 1 2ml 2 CR
312. 36 3 59 7 5 8 5 5 1 0 1 2
313. MTCR rpc rai Hp 13 2 UAV UAV 13 1 UAV 13 2 13 3 228 18 13 4
314. 00 rie 5 Op 1 Tnef Aaek hipping Carian re Fi Cn Emilr A 16 2 Pt For 1 Imh Aeck Shsnmme Figure 15 3 Peckagqed missile slmulatar equiprment and STWiTE AP Earance 16 2 a EE 16 3 i i 16 3 5 SM4
315. 1 2 6 1 5 10 4 2 2 5 76
316. NC NO 1 2 m 10 m 1 000 2 000 6 4 6 5 F fa Ad IFHITT machirns that rasenbles a 6 4 lathe MC Figure 5 5 w A rda MU rumericalhy Coitrolled tapes laind machine 6 5 134 1
317. Ni 189 10
318. Ns 20 4 20 20 5 440N 2000 2 SWeUPG NG 2 20 Ha ET a re es F ra 20 1 Cn the rh sclkd ICEKEE motors oontolksd under Categ sy 1 Gtcrs nn the left are IBT cgh to ha controlled urnds ltglm 2 Categ 20 1 I
319. Pr FT TT TTFrErT TE Figure 8 3 HRC ET FE KT TE 20 C 6 8 4 8 5 15 I ik ad Hardhmoh For He Mr ke 4 a 2 TPligrs Himu aisa ire Rport Nn 1 mr mhn gr HanHhrnk FT the rk LPG
320. 1 95 5 0 02mg 8 1 2 500mg 6 100mg 12 5 7 Q Q 1 2 1 4 Q
321. 128 1I 4 4 b 3 4 b 4 2 SNS 2 2Ph ED G Gi nll 5 5 c 5
322. 1925 1928 1969 1972 BWC
323. 26 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 TE 25 26 27 5 2G 9 30 OP 92 33 34 30 36 7 OO 39 40 41 42 43 44 45 46 47 48 49 S0 Hl 92 93 94 96 9 OG NT YA
324. VHF I gM 3 10 CDC USAMRIID BSL 4 P 4
325. 15 16 3 105 0011 5 8 03 3434 5384 105 0001 6 6 03 3593 1148
326. HEPA 1 HEPA 2 e g 1 1 2 4 3 2 4 3 9
327. 7 1 WHO NS Ub p 61
328. 1 MTCR 9 4 1 IH Photo CrediE Litton Sextant WOn ue StJgjSAG JEJBD9 WI paa N20 DJ OOUg Figure 9 4 An integrated Circuit accelerometer Figure 9 5 Two force rebalance accelerometers that can be built with any of a wide rande of Derformance capabilities 9 4 9 5 2 ww ee
329. 3 5 263 17 e RCS 17 9 8 pa er FE A A EE THET BRHIrectlnn gt a reflectance arch 17 9 0 3 1 nm RCS
330. 3 EE NO AM 200mg 600mg 30 2 1 5 70 9 29 B SL 3
331. 7 3 Ea Ne Pada 1 60 lt gt 2 1 L 2 1 2
332. ADC ADC ADC ADC Pi Cadt aol ko ADC ADC MTCR ADC 5 SN Fiqure 14 1 The militan qrade CI CITITIET kA rads hn ana gLe todigital CBT ee identical rat For part NUMbers Pin sh kes are HETI to both
333. BW 1994 40
334. IMU 22 18 IMU UAV IO 3 ge Ma FI ura 13 1 M Inhal pastkning stem GRS alded Inertial nawintPn ss tern with Integral OTR OM oo a GPS CU CU NN x Jin Cu ITEF MTCR
335. X 2 X 5 06 2 Ms 2
336. 1 0 0 250 16 16 1 F ura 16 1 THE cutput of a Fnilteslement Misslle structures Ceole Shing relatie celomeatkn CTC55 Msslke body 16 1
337. CVD PVD 3 NE kk hy
338. 5 Foot and Mouth disease virusB African horse sickness virus 20 African Swine fever virus Besnoitia besnoiti Borna disease virus Bovine infectious petechial fever Camel pox virus Ephemeral fever virus Fowl plague virus Goat pox virus Hog cholera virus Louping ill virus Lumpy skin disease virus Mycoplasma mycoides contagious bovine pleuropneumon1a Mycoplasma agalactiae contagious agalactia of sheep Nairobi sheep disease virus Newcastle disease virus Asiatic strains Rhinderpest virus Ricksettia ruminatium heart water Rift valley fever virus Sheep pox virus Swine vesicular disease virus Teschen disease virus Theileria parva East Coast Feve
339. Ny Ng ww N NN ww Xx NN 131 T
340. 10cm 3 12mm 25 150mm 17 4 RAM T RAM 75 85 17 5 Figure 1 samhles nf radar hsrhIn horegoonh material 117 0 25 17 IR IR
341. D I C 650 90 U SAMR I I D
342. 33 000 m 15 19 15 20 243 5 Figure 15 19 A large rooket test acilitg capabks of simultated ltihides of Lh to EE MT Figure 15 2i The test cell of the FE Sn In 15 19 33 000m Fiqure 15 19 a 15 20 15 19 MTCR 10 5
343. 5 MTOR 124 I
344. 1 2 d TMU IMU 9 1 9 2 IMU
345. S4b SN ET ANT CONN NT NN LTT 0 UAV
346. 3 1980 2 0 1980 1 9 8 9 7 5 7 1 gt 2
347. ElClrnITHIETE HLISE ECfC 5 Moduke 5 Eg a OPDME 204 10 EMI EMP EMP EMI 20 kg electrostatic sen
348. HEPA HEPA 2 12 7 MN HEPA cd dr lt a ts REE 9 gt 7 3 1
349. HRPA AG CIA 3 a AG 1 10u m a b 300 1 300 1 HEPA HEPA P 3 P 4 BL3 BL4 L 115 3 L4 b CIA 1 10 m a b 300
350. UAV 3 83 0 05 g 0 25
351. 4 5 9 3 4 3 0 6 6 3 Bartonella Brucella Francisella tularensis Mycobacterium bovis M tuberculosis Pasteurella multocide type B Pseudomonas mallei Pseudomonas pseudomallei Yersinia pestis 19 Coccidioides immitis Histoplasma c
352. RVs 9 c d 100 g 0 RV RV 100 g
353. 2 3 3 A B CDC 1 A I g A F c F ab 2 7 7 4
354. FOG 8 FOG RLG 3 RLG 2 MTCR
355. 143 2 JI gt gt hh 7 2 2 OR ie 5
356. 15 21 20 2000 10gRMS 5 50 125C 15 22 15 23 4 HH FE TT FE EF HITHT Frukn pl LS DUT Mt 5 ps Figure 15 gs 4 contolled Eanmentel chamber ith ihration _ he Capability OO 1 5 22 15 21 244 35 1m mn Cr Lihnb Eichin Figure 15 25 Mncither bration and Ermiranmenta test HEHTHLI5 Sofkuraticon p 15 23
357. 2 5 9 D I C 6 1 6 2 4 2 4 X
358. 3 8 40 5 1 2 1 5 4 1 9 C N S 3 5 1 0 CNS CN S 2 1 19
359. d 125C 5
360. 3 EMP EMI 3 EMP EMI
361. 7 11 154 LR 8 1 a 1 2 7 62 104 m 3X106 83 18X106 m 1 25X108 8 2 a ASTM D4065 Tg 145C
362. EMP EMI transorbs EMP EMI 203 10 RMP EMI
363. Jenner GA 1 EM63 i T 1 2
364. UAV 3 33 2 d 0 5 m SAISAG JOJJUD DUB BIUEPIND LON p81 010Y4 Photo Credit Litton Guidance and Control Systems Figure 9 1 The main body of a cruise missile Figure 9 2 Another view of the same integrated flight inteqrated fliqht instrumentation system inStrument system shown in Fiqure 9 1 9 1 9 2
365. amp 1 OOO VE TE EN EN 1 a 0
366. 806 2 70 cm HG 8 c 15C 1 72 g cc 100 10 6 m 100 2 700 2
367. I 2 1 gt et Fiura 20 2 Side wie of a shippirg container containing Four EnrT 1 IIH rorket Moats 20 2 II 4 FI ur 20 3 End ew of a shipping cornta ne Ctitaining Tour Categ ll sk rocket motors 20 3 II 4 2 2 20 L CMA ESLURE IETFWWTITIH FR LFUELIMLET aD EEETE ME LEND MEETON HOU5I MO I MEE ET FOET WIET DMI A SENDLY LINT 1 EE EE IATIN RFPTIT TE FI ura 2O5 A resction control eine that can qenerats 1HH Es GT thrust for Up to OE Seors se rm 1 2 a TE Wt i PT 5 6 7 8 20 4 22 2 20 5 100 1 8X10 N 2000 C 1 51 2
368. i DSS TIRFNA DSS mi DSS 2 165 9
369. 0 NS 9 h 1 9 h _ li FU TEE th 3 tea le Car HI Inf Wh moCH rmTfsl Nd de le Cab 9 9 h 9 26 Sa IMU 9 21 9 27 2 9 h 3 e 9 23 HLT EL FR PUH
370. 25 B ee2 2 a 1950 1960 1 9
371. 0 20 2000 MTCR
372. 1 13 1
373. 9 B S 3 1 000 1 VEE RS WEE
374. 100 1 h 5 5 MF UP NE RO 103 6 MF EE UF NF RO 10 10 9 10 8 um 0 0001 0 001 0 01 H 0 O cr NO
375. 1 a GU 0 X latch up MTCR
376. 5 72 80C 30 i VHF 4 R NA 0 2 0 2 WMT A CE EE 2 Ne TKR d
377. 9 h 8 9 b 9 h 9 3 IMU 183 I
378. 30 1 196 70 dimethyl kom sulfooxide DMSO 2 7 U E BW
379. P3 P4 BL3 BL4 L3 L4 a b 1 1 10m m a b 800 1 300 1 HEPA HEPA 9
380. RLG FOG RLG 3 4 5 FOG RLG FOG FOG FEOG
381. 192 10 193 11 A 10 1
382. V32 Nipah virus White pox 1I CTV 1 Ur 2 R1 Coxiella burnetii Q R2 Bartonella quintana Rochalimea quintana Rickettsia quintana R3 Rickettsia prowazeki R4 Rickettsia rickettsii Bl Bacillus anthracis B2 Brucella abortus B3 Brucella melitensis B4 Brucella suis B5 Chlamydia psittaci B6 Clostridium botulinum B7 Francisella tularensis B8 Burkholderia mallei Pseudomonas mallei B9 Burkholderia pseudomallei Pseudomonas pseudomallei B10 Salmonella typhi Bll Shigella dysenteriae B12 Vibrio cholerae B13 Yersinia pestis
383. Tr St MTE 1
384. 4 5 6 10 4 6 M291 T 2 3 1 1 9 7 5 8 3 2 0 9 3 2 1 2 1 1 9 1 8
385. 7 HEPA EA a 2 9 2 100 1 SI
386. d 500 mi 5 5 DE EE 0 1206 6 0 3 20 2000 10gRMS 10 5 0 020 0U02 0 0220WN 0 lll mgg 4 k DE SC x Ng si HH MTCR
387. a 1 1 0 60mg kg 3 40mg kg 3 TMP 4mg kg 20mgkg 2 6 0 150 30 2 6 0 150 6 12 120mgkg 3 TMP TMP8mg kg 40mg kg 4 2
388. 200 2 400mg 12 200mg 100mg 12 400 4 G 60
389. UAV 254 TF 17 e
390. VII C 1 2
391. rnin hr Fir al Erker rt i Fiqure 15 13 i TIE liquid rocket gine lt singla ln gt TE 4 gt 15 13 15 13 15 14 15 14 15 15 TED Hm A ray TE TT Figurs 15 14 Ild Tnrk t TI ITEE Et Sd uith thres testing baws The baw nn the Th Is for testnq trtcPuIT 5 15 14 Figure 15 15 Ins of ths mlsslke testinm bay In Figure TE 14 shoming the sngine Tee nes Sr run tanks 15 15 15 14 241 45
392. 82 DNA 2 25
393. CAMR N I BSC 4 6 1 6
394. 0N 0 22 MM 2 NRN ag 11 1 WS 2022 2 a b 9J NZ 60 6 0 22 0 2 2 3 a LADARs IR LIDARs
395. IMU stable element UMUU a CD vi Run in v ix x x i h 0 00 NE i 8 kg i 12500 rpm iv 1 kg 0 2 mm 9 h 1 3 DE i ii 182 1I a
396. TEL MEL AN 2 3m ted a mot 12 8 12 6 12 7 12 8 12 pa a Fiqurs 12 5 A trens pr ber erector laincher sed to transpoart and 9 Figure 19 A reads nmeanrned sir wehicles uncher 12 9 TEL MEL 12 10 12 11 12 7 215 12 I ure 12 1 CTT cant Y Tr launchngmissiles fram lgesl or Mlle In LET5 12 10 Fe
397. SDF 5 8 cm 8 12 cm 1 kg DTG 4 6 cm 4 8 cm 1 kg 2 UAV 10 20 7J0jBJ0d6 J90877 VEG SIVEY 90 DD977 00g Figure 9 7 A DTG dynarnically tuined spinning mass yrO MTCR o CB gt Figure SL8 A nbratirg structure qTo 9 8 iro mnt RiHsh or Ti dynamically tuned spinning mass gyro 9 7
398. 10 000 rpm DTG TDF 174 1I
399. D I C FS I e
400. ME 15 11 15 12 240 5 min pr orgpel Tntn far A SpA Fiqure 15 11 amp Tall rocket motor test stand Figure 15 12 An outdoor horizontal solid rucket motor test bn Shed TH 15 11 A ch a Fraime hokding the motor 15 12 KA NM CO
401. 1 1 1 2 3 0 5m1 6 1 5 0 3m1 1 6 0 2ml 1 0 1ml 1 4 1 2 4 HA
402. RG REET SSCA ET 211 12
403. 2 75 IH 3 4 8 2 d IMU ISA
404. RCS RCS RCS RCS 17 7 II Fiqure 17 7 Schematic f tplcal asssgralin Indnnr RES EIDE NRNIEN DIDNT DORNERI MeasLUs TE Aanges 17 7 RCS RF RCS 1 100 cm RCS
405. 0 141 1I e 2 e
406. 6 160 1I 1 200 2 3 g cc
407. 12 27 12 28 12 29 wwmssem 12 30 12 30 12 31 225 12 Pk CDE Ck UAV 800 2500 UAV Figurs 12 31 Innblla laser Imlsslla HrkIn ssten gt 12 31
408. 3 I gM IgG 1 160 EL TSA POR B SL 3 200mg 600mg 6 200mg 6 1g 2 TMX SMX
409. 40 2
410. 6 Ro 2 2 4
411. B Oo OO Ww DD 5 6 7 8 9 VAT NO 2 1 C 1 12 2 13 3 14 4 15 89 16 5 17 7 18 8 19 9 20 90 NMOSONMGONWNUUUMMWI OOeU amp ESS EBMAeee es 1 S een00V RR ES ER A 1 NO RC NS Os 9 Seon 66S on
412. MTCR 163 I Fm Crt A Harmdhmmk For te Nuckar Supplkers HU Cu Le res Futr ml TE 8 9 eo a 8 9 oo
413. TT Fy TR min c 3 191 10 NII CR RN 8 5 Rb
414. vibrating structure gyro 9 8 176 I 3 RLG 4 10 cm 1 20 cm 3 RLG 9 9 TE LT TEE Tf Fiqure 9 Thres expossl ring ser HTC ithaut their 5rmcIghEx ECITCTI 5 Eo 9 9 EER FOG 2 4cm 1 FOG 9 10 FOG RLG 9 11 MTCR
415. a 100 1 h b c d 91 a 5 m b 24 50 k g 1000k gs 0 1torr
416. Anthony T Tu _
417. 298 0 5 m 10 kg 9 3 5 7 cm 0 5 kg c 0 05 g 0 25
418. 5 1 1 5 4
419. CIA 2 2 1 DO OB A P 3 P 4 2 100 3 1 100 97
420. RCS RCS 260 My 17 1 20 IR RF
421. 200 250 kg 236 15 3 mX3 mX3 m 5 10 PC PC MTCR PC
422. A 2 9 5 PIGA clomid ns scale MTCR Photo Credit Ihe Charles Stark Draper Laboratories Inc 9 6 9 6 gg cal
423. c P 4 106 8 1
424. IR
425. 123 I 5 3 NG Pal 5 2 8
426. IMU IMU IMU 8 IMU 9 21 9 h 3 IMU gg 5 IMU Fr 71 f hres mis In hle lnr loslWM I mm a 185 a IMU IMU IMU
427. 135 H 2 m 1 m 10 m 10 m 2
428. 6 050 0 Cd
429. 7 10 CVD 7 11 69 MPa CVD 153 a Figure 7 10 Inside of a smeall CD furmaces shoairg the retort Heaters ITH insilaticn Fi Ure A Tc srTall CVD a H TE E5 and sn induction rmeT Ub q 3 E Fiqure 7 11 A pical nHuctinn SALLE For carboar raFhn or ceraTic Miatris ns tips and nozzks 7 9 CVD 7 10 CVD
430. 0 3m 5 4 WT TE PH 4 Hr FT ITPHTLTTT FE 1 FI ura 5 d A sl ropellant xt ude and grain 5 4 a 2 c 1 13 326 kPa G 110 Gi 2 18 826 kPa
431. 90 3 1 5 2 8C MRE Meals Ready to Eat
432. 1 400 sec 30 sec 6 sec 0 6 sec b 10 0 05 c 5 4 i i 5 5 100 g 9 2 202 MSHBDMRS SO 2 02 9 h CO 2 5 9 hD I ON A 9 D 7 9 h
433. IC ADC 14 Fi ura 1 TYPEI TBEUg tPHEItBI FPWETIEF HI II 5 I II processor band 14 2 NN DI E Fa 14 5 A radigtion herdsned TTbit aralogLues totigital cormeertet 14 3 11 ADC 25 kg 232
434. P 3 P 4 HEPA AG 20 1 HEPA 1
435. V13 Rift Valley fever virus V14 Tick borne encephalitis virus Russian Spring Summer encephalitis virus V15 Variola virus V16 Venezuelan equine encephalitis virus V17 Western equine encephalitis virus V18 White pox _ V19 Yellow fever virus V20 Japanese encephalitis virus V21 Kyasanur Forest virus V22 Louping ill virus V23 Murray Valley encephalitis virus V24 Omsk haemorrhagic fever virus V25 Oropouche virus V26 Powassan virus V27 Rocio virus V28 St Louis encephalitis virus V29 Hendra virus Bquine morbillivirus V30 South American haemorrhagic fever Sabia Flexal Guanarito V31 Pulmonary amp renal syndrome haemorrhagic fever viruses Seoul Dobrava Puumala Sin Nombre
436. 0 MTCR N 9 gt 12 14 12 15 MTCR MTCR 2198 12 Figure 12 15 A norrMITCR cantrolled gravity mater Inweere by a ship or submarine 12 15 MC Bq TE UT ET Od d
437. 150 7 1 i TI FEFE PT Tf HUW PTIIETT end EET HH FPPHPARH TE if 9 7 3 7 4 7 3 Figure 7 A Ey ICE Eostat ressure 7 5 wessel and threaded plLug 7 3 rk grHE Eg Pa mg hs FE rat rat Eg ol Has eT Ie Figure T 4 Sid
438. 16 2 b DEE 1 a
439. 17 1 eZ 6 a b SI X NE
440. 2 6mm e e 17 1 255
441. II CN M 3
442. 12 24 12 25 12 26 Pitot mW AAT Cs Fiqure 12 20 nmianresl air ehicle wkden and taeametry transmittt Fin Ch AAT EAL FI Ta 12 19 IT IF ehicle awicnlCs Lett Ehand rarsmitter rignt a HF recglwe 12 19 UAV C UHF UAV ET TE SU EE IEEE FE Figure 12 21 A SA antsineg Irstalke IT 1 Unmarried air etics 12 20 UAV 12 21 UAV SATCOM 12 24 UAV 221 TUT EEE TTP OAT Figures 12 23 A commerrlal systeiT with a ITEchah ll stleeed antenina seamlinnm not shown 12 23 0 12 Jatnln pr Fi Aytirries Figure 1 E ITITEICI I sabellite taH5CEIWET with streamlined aitenns 12 22 Fiqure 12 25 6 rd ss A portable en Figure 12 24 4 EE ITinnlbcT Tor tahla TI ie HIshIYITRT Han CnITtICIBT consnles rsITiltteH fram an fcf gn UnTenresl IT inanned lr wahEIa whle Figure 12 25
443. 15 25 X X EF ET ET OE HITHET Figure 15 g5 TE IIBE ET SstEM EE 15 25 X 15 25 9 15 26 15 27 X Figure 15 25 A TEE nn Cred wi EnITHnI Cos EE FC 15 26 FI ure 15 27 4 lingc RF ImhIITIET cn the IEft ith the ater LIME Fk Ctl egm X X EN YY cabinetanthe ryht Asmcatas ite Pa 00 a 2 X
444. 1970 Kohler Milsein epitope 1 50X50 monoclonal
445. 1I IMU 3 2 d
446. 4 VL 6
447. NZ 1X2X7m 6 1 3 m 8m 6 2 5X5X13 m 6 3 1950 132 I INS Fnin Hp JlnJnl Uo Di 3 6 3
448. OC I NRE ET a b LT AN SN CN 4
449. SN NN ww NH RU IR
450. B Oo OH C K OS A Na QO Ca r 7 5 9 a My lt gt gt b 2 b 1 1 104 er Rk oo ne OO 6 24 50 1 00
451. B SEB Q SE B 12 6 1 3 ELI S A PCR DNA X
452. CVD 152 1I CVD CVD CVD CVD
453. ec 90 2 239 SS 415 90 mk IO ES
454. 270 20 20 6 2 2 2 SA 0 5 a b 8 41X10 ROXTO WIDE DI OSN CS OD TE 19 2 1 II 20 1 IL 4 20 2 20 3 20
455. 3 mm Ti DSS Ti DSS 17 239 4 5 7 0 RFNA 164 1I DSS MTCR SS CM Ti DSS
456. I 2 d 9 a Ftnln ap Jp HartE 5 Lazy ahruslhrrF UI ML IMU IMU 9 14 9 14 9 15 IMU 9 16 180 H JHmnn Ca Fnrtn Fm 9 16
457. x i 1 0 gt
458. 11 13 10 2 15 10 70 rN
459. 2 5m 0 2m 1 0m 0 2m 1 200kg 2kg 248 5 X 15 28 Figure 1 g MEV Tlgsh TAY ITIE LE far X a gt A 15 28 2 3 X X X
460. HF R S 4 7 7 8 2
461. 17 Fiqure 11 1 Fnlr raHEF abscrbing material fames clocklse Fo Uber left I HIEFIT FIT ECWWI lhhaekht ssy foam rhearnesk thermeohlast Toam ptt he THE a shahks lghhaskht Toam uretharns 17 1 CD AT EN mb ht ww 2 Ne MAGRAM 17 2 MAGRAM FI ure 11 A sample of a thin IIEGTE resin shet gt EE 5 8 1
462. 8 0
463. My 17 m 1 mm 10 cm 0 1X0 1X2 m 20X20X20 cm R 0 2 2 m 15 cm T RAM mii IR IR c
464. 50 m DNA 0 2 1 0pm 2 1 2
465. I II III AG B 14 15 2 0 4 1 6 B C B
466. 25 kg 229 14 II 14 2 AI 00AIG 2027 20M000 0 a b 1 i 8 ii 54 125C 1 SIIE 2 20340 7 2000000 0 5 IEIOOWSIES UN Gii 45C 55 Gii 1 ADCs SE OS ON EANCR ET CART
467. HG 9 UAV 0 UAV 223 2
468. UAV UAV EE Nght heme a _ 12 16 Va GE 12 16 Figure 15 17 A typical HLIt amnge tam reception antenna 12 17 2 2 17
469. 1 2 SMG 2 1 9 233 15
470. 15 4 1 15 16 3 d
471. 5 5 C 1 5 1995 33 3 2 1 0 2 5 8 0
472. GPS GLONASS cm 1 kg 11 3 MTCR GPS GPS GPS MTCR GPS 11 4 200 10 B a FB E UE Figure11 4 A complete guidance package based upon Clobal 11 3 GPS Positoning System receivers NM 11 4 GPS 5
473. TDF 2 1 NG SDF SDF TDF DTG DTG
474. pad with a gantry and connect1ons to a complete rocket system 12 1 a NT 212 5 2 b 1 1
475. RV 30 cm 1 m Figure 18 4 Aerodynamic radarmes DSF 18 4 0 1 cm 26 18 thoss that might ts uses to protest RW 100 cal cm EBKET5 CT Fee 5 19 DSF 0 25 cm 2 1 DSF i assesaimiarte 50 Kpa 1 4
476. 17 8 reflectar system 17 8 RCS RAM 5m 2m 17 8 2 40 m 5X30 cm 2m 0 5m 50X90 cm 2X8m
477. 7 1 1 1 10 gm 2 a b 3 800 4 P 3 P 4 HEPA 3 15 4 14 156 04 01 2 30 10 11 12 13 14 15 16 17 18
478. Pl ua Lk nnex Rort fin 1 Pl 8 5 b PAN
479. 1g 9 Fe Ca rik Mealig Ao ET nln IE ITIPHPHT fy 9 27 RN 188 10 II 10 2 1 0 0 222 NR Se GU SN 2DG2 Eh ESSEPM2GRSZ
480. P 3 P4 BL3 BL4 L3 L4 2002 AG P 3 P 4 WHO 1983 WHO 2 1993 a 300 1 b ec 20 1 a 5 1 4 2 0 2
481. 76 1 oo 26 C SC LN SS SE 90 9 o NE 95 4 97 5 YY 70 4 20 6460000 eee 108 1 1 6
482. A__G C eg 8 7 3 CR 1 2 3 6
483. NS Ub 2 30 3 0 4 3 0 3 3 Ro Ro Ro 1 LA Ro
484. 1 980 1 9 8 0 1 9 8 9 1 2 7 1 9 1 5 2 3 8 1 4 2
485. ADC 14 1 I I ET 8830 5 ADC ADC cm 0 3m 100g 25kg 1 3 ADC ADC 14 1 ADC IC 14 2 14 83 2 ADC DPS
486. B14 Clostridium perfringens epsilon toxin producing types2 B15 Enterohaemorrhagic Pscherichia coli serotype 0157 and other verotoxin producing serotypes O157 T1 Botulinum toxins3 3 T2 Clostridium perfringens toxins T3 Conotoxin T4 Ricin T5 Saxitoxin T6 Shiga toxin T7 Staphylococcus aureus toxins T8 Tetrodotoxin T9 Verotoxin T10 Microcystin Cyanginosin T11 Aflatoxins 2 Abrin T13 Cholera toxin T14 Diacetoxyscirpenol toxin T15 T 2 toxin T 2 T16 HT 2 toxin HT 2 T17 Modeccin toxin T18 Volkensin toxin T19 Viscum Album Lectin 1 Viscumnin 1 G1 G2 G3
487. MCTL 1 2 AG CIA 3 30 4 1
488. 12 Fm Jp aps ak leng lahag5 lr HMX RDX AP HMX RDX 7 10 cm 7 40 cm 5 7 Figqure SS Threes kambless FT FILIIH sr Mill homing Hesir wao Sonigurtks 5 7
489. 2 0 X XX 7 0 4 5 6 3 6 0 NEO
490. 4 4 P 4 GMT 2 3 NEL 7 9 GMT GMT Good Microbiological Technique BW BW
491. 4 5 6 7 8 9 SU 2 TA TS a 2 2 sh 2 a 1 22 FAT RZ O00 Ol Kk ER RR RE RR RRR RNR ERIN 91 97 WS Oe 230 ACN AS MI AS 2720 EE EE RE ST SE NE as 3 393 ET YY a 250 NI Ee 254 265 60 00 GEPNIeST REGNO 0 0 271 Ci A A NE RC 5 BSIRG Es BEIZPZG2ZE PIEE 5 EE 29 OE ER 58 II 8 1 P 00000002808588228 65 5 0 WP P000t9 0Pofeeefoso 79 III
492. DNA 1975 1 1 9 8 0 1 9 9 4 83 CO 0 6
493. IMU ISA UAV 1 2 UAV
494. 500mg 6 100mg12 5 7 1 2 Q TX SMX 12 Cg WHO
495. X X X X X
496. b 300 c HEPA 5 1 a P 3 P 4 WHO 1 9 8 3 P 3 P 4 BL3 BL4 L3 L4 a 300 b ec
497. 02 NN As 5 1 a 179 MTCR Annex 9 IMU 2 d 9 c 9 d 9 e IT
498. 10 2 gcec 7 87 g cc 2 7 gycc 20C 1 5X109 Pa 8 ao BE 1 8 DP 5 0mm 0 03 18 25
499. 19 20 21 22 23 24 25 26 2 28 TBP TIG 2 Rn 2 NN
500. 9 1 a 3 MWD measurement while drillng 9 c 169 1I 22 0 _ AU
501. 11 12 3 10 200nmX250nmX100nm 1977 10 26 1 WHO 1 9 6 7 WHO 1979 10 2 6 be
502. NN H 101 5 2000 EL NE h L T 1 100 5 1 0000rpm 20000rpm 102
503. 1975 1985 1991 5 3 4 2001 9 1 1
504. 820 2 155 FE3 166 6 10 ET Re 189 7 11 194 119 1I I 5 a 4
505. B L 4 P 4 BL 4 114 P 4 BL 4 BW P 2 BL 2
506. oi 29 2 NN DMSMNd ne 58 II 5 0 Oo 65 PND KODLP0EOeohbeePopo 73 III 76 eo 5 2 AG j 90 5 00oOO 05 4 97 5 OE EI 108 B 117 1 5 t 121 ESO WONNNNWWNWNN 131 3 7 146 4 8 155 5 9 166 6 10 189 7 1 1 194 GL I A I A A A NE A EE 207 1 2 3
507. 0 FF D 0 1 1 0 1 40 30 300 105
508. 0 8 14 IR mm TIR RAM are ne sdbered to the ste IR TIR IR 17 5 a RAM 2 6mm 1 2 m 2 10 cm
509. 05 LAT LD MO TS 2 0 SR 0 a 1 20 2000 10gRMS 10 50 CN CE DO RU 2 5 2 5 Q1 3 50 1 SUS 4 50
510. 12 11 Ee came EE Aandtcontrol Truck used i FaT halllEH missile ET netFW15 rT re TEL MEL c 0 7 2
511. 15 7 Fgue gg ees 1 TE 15 8 10 20 5 10 IT 15 8 6 0 23G 5 Figura 15 5 Test Llarts In test seclcon of a i i i 15 9 15 10 15 9
512. 60 TC 83 VEEV VEE 0 5ml 20 10 1 2 18 2 C84 C 83 TC 83 2 4 3 0 5ml VEE
513. 7 2 MAGRAN 0 50 70 256 17 R R 17 3 Figure 1 A sample of resisthee CarH Rea IE of Metallizad Kahn
514. Mn Integrated Unmanned IF ehicks oon station 12 26 UAV 222 5 2 e 1 2 2020 NN IRMS OE MN SN WO0 5 WU ii 30 km 10 Gii 3 m 3
515. apsulatum Histoplasma capsulatum var duboisii 2 I II ELT Monkey pox Arboviruses 2 Arboviruses Dengue virus Lymphocytic choriomeningitis virus LCM Rabies street virus Rickettsia Yellow fever virus 4 DA UM TL Ebola fever virus Monkey pox Herpesvirus simiae B Lassa virus Marburg virus Tick borne encephalitis virus complex Venezuelan equine encephalitis virus Yellow fever virus
516. e am 8 1 FIure amp 1 Examples of Erepreg PT 9 8 2 HT TI Ff Fb OE ef Fa BR Bamples nf faDTCS THD Bnd YETmis TT OO 8 3
517. e wew of a large Isostatic hress 4 7 5 EL my FLELEL ET OY HO TAU ET on aiddns EB TH II HHHHLEH TE ef 7 6 7 7 y 1 a ET 7 8 Figura 7 5 Shpbing crates for an Isn5tatlC ress 151 776 H Jrntn Liret Errmnrp Prin 3 per Dr Figure 7 7 tETTIaHlwE EI crate RB In IIC ress 7 7
518. ila PWF2 Monilia rorei syn Moniliophthora rorei PWV1 Banana bunchy top virus PWG1 PWG2 c AV1 African swine fever virus AV2 Avian influenza virus2 2 AV3 Bluetongue virus AV4 Foot and mouth disease virus AV5 Goat pox virus AV6 Herpes virus Aujeszky s disease AV7 Hog cholera virus synonym swine fever virus AV8 Lyssa virus AV9 Newcastle disease virus AV10 Peste des petits ruminants virus AV11 Porcine enterovirus type 9 synonym swine vesicular disease virus 9 AV12 Rinderpest virus AV13 Shee
519. lstio TEL erecte EY 3 8 MELs 12 2 12 3 1 4 12 5 Fx Figure 12 4 An erector Iauncher detached from its Figure 12 5 To differernt approaches to silo based missile prime mover transperter and installation ehicles 12 4 12 5 214 12 FETFEHT5Fr La ene mt ET FI ure 1 A Tanshorter ector uncher For a largs CBhErFT Tl cruises Missile 0x 9 ed Fiqura 12 7 Rocket sssisted Unmanned slr ehicle erector Jd lincher and 1 associated comTandandzortol en 12 7
520. m FLa 9 18 A role mean usd Fm rmi Py ca Mir 0 19 9 18 IMU IMU IMU IMU 9 19 9 20 s HI 9 1 A typ I mr test Control Systems 9 19 IMU Photo Creait Litton Guidance an Figure 9 20 Another portable IMU tester connected to a miniature IMU 9 20 1IMU IMU
521. p pox virus AV14 Teschen disease virus AV15 Vesicular stomatitis virus AV16 Lumpy skin disease virus AV17 African horse sickness virus 1 2 AB3 Mycoplasma mycoides AG1 AG2 5 11 4 6 1 2 3
522. r Theileria annulata Theileria lawrence1 Theileria bovis Theileria hirc1 Trypanosoma vivax Nagana Trypanosoma evanSs1 Vesicular exanthema virus Wesselsbron disease virus yonema Alastrim Small pox White pox 2 60 KC OO CC
523. sitive device ESD 205 C 207 C 1 2 3 4 5 6 7 8 9 oN 2 1 3 FAT LA 1 5 1 0 FA TT 1 8 FA TNLY 2 0 RN CE CS SS 911 9000 00 RS 227 FT OID MR 230 233 RR EE i i 250 WR RE 254 RO EON SE ER 265 269 v 27 1 209 2 LT A TF 2 2 AP ieU 2 a 1 12 a 1
524. tsd Wth IT TnCIrCLIE5 hardened II5t nuckar affecEs 18 2 i Ingks IICTCEITCLIIE radiation ue 18 etector 18 3 18 b 100 cal cm 50 Kpa a
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