188271. lajstromszámú szabadalom • Anilin-származékokat tartalmazó gyomirtószerek és eljárás anilin-származékok előállítására
188 271 Sori/im K Y R2 R3 X A Zn Olvadáspont, Cnr) 206. CCI, H H H 0 —CH,— H 73 74 207. CHC1, H H H 0-CH,H 92 93 208. CHjCI H H H 0 —CH,— H 54 55 209. CCÍjCHj H H H 0-CH,H 84 86 210. C(CH,)=CH, H CH, H o-CH,H 211. CH,CH(CH,)CH, H H H o-CH,H 87-88 212. szék—C,H„ H H >1 0-CH,H 58 59 213. ciklohexil H II H 0-CH,H 89 90 ]2I4. N(CHJ, H H H 0-CH,-2,4—Cl, 215. N(CH,)j H C.H, 11 O-CH,H 216. N(CHJ, H H H ö-CH,-2.3,6—Cl, 217. N(CH,)j H 11 II 0-CH,-2.6—Cl, 218. N(CH,)j H CH, H-N(CHJ-CH,H 219. N(CH,)2 H H H s —CH,CH,— H 220. N(CHj)j H H H o —CH2CH(CHJ— — CH,—CH(CH,)—CH,— H 221. N(CHj)j H H H o-CH,-4-CF, 222. N(CHj)j H H H o-CH,-4—Cl 223. N(CH,), H H H o-CH,X u 1 T o 103 105 224. OCH, H H H 0 —CH,— 3—CH, 225. OCH, H H H 0-CH,-4—Cl 226. OCH, H CH, H ó-CH,-4—Cl 65 66 227. OCH, H CH, H o-CH,H 77 78 228. OCH, H H H s-CH,-4—Cl 229. SCH, H H H O-CH,-3—CH, 23Q. SCH, H H H O-CH,-4—CH, 231. SCH, H H H o-CH,-4—Cl 232. SCH, H H 11 0-CH,-3—Cl 233. SCH, H H H 0 —CH,CH,— H 234. C.H, H H H 0-CH,-3-- CHj 235. C,H, H H H 0-CH,-4—CHj 68 236. C,H, H H H 0-CH,-4—Cl K2 84 237. C.H, H H H 0-CH,-2.4—Cl, 238. CjHj H H H 0-CH,-3—Cl 239. CjHj H H H o —ch,ch,— H 240. CjHj H H H s-CH,H 241. C.H, H H H s-CH,-4—Cl 242. C.H, H CH, H s-CH,H 243. C,H, H H CH, s-CH,-4—Cl 244. CaH, H H H N(CH,)—-CH,H 245. CaH, H CH, H N(CH,( —-CH,H 246. CaHj H H CH, O-CH,H 55 57 247. C.H, H CH, H o-CH,-3—CHj 248. CaH, H H H o —CH<CH,)— H 249. CaH, H H H 0 —CH<CH,)— 4—CH, 250. CaH, H H CH, 0-CH,-4—CH, "?■156:7 n*' = 1 5706 251. CaH, H CH, H o-CH,-4—Cl 252. C.H, H CaH, H o-CH,H 253. C.H, H H C,H, 0-CH,-4—Cl 254. CaH, H H H o —CH,CH(CH,)CH,— 4—Cl 255. CaHj H H H 6 CH(C,H J H 256. C.H, H H H N(CHJ —CH(CH,)— H 257. C.H, H H H N(C,HJ-CH,H 258. SCH, H H H o —CH,CH(CH,)CH,— 4—Cl 259. OCH, H H H 0-CH,CH(CH,)CH,— 4—Cl 260. N(OCHJ(CHJ H H H 0 —CH,CH(CH,)CH,— 4—Cl 261. N(CHJ, H H H 0-CH,CH(CH,)CH,— 4—0 262. N(OCHJ(CHJ H H H o-CH,H 50 51 263. N(OCHJ(CHJ H H H o CH, 4—CH, 264. N(OCH J (CHJ H H H 0-CH,-4—Cl 265. N(OCHJ (CH,) H H H 0-CH,-2.4—Cl, 266. N(OCHj) (CHJ H CH, H o-CH,H nr'1 -- 1.5671 267. N(OCH J (CHJ H H CH, o-CH,-4—Cl n*’ - 1.5698 268. N(OCHJ (CHJ H CH, H o-CH,-4—CH, nj" - 1.5605 269. N(OCHJ (CHJ H C,H, H o-CH,H 270. N(OCH J (CHJ H H C,H, o-CH,-4—Cl 271. N(OCHJ (CHJ H H H o — CH(CH,)— H 272. N(OCHJ (CHJ H H H 0 —CH,CH,— H 273. N(OCHJ (ÍHJ H H H 0 —CH,CH,— 4—Cl 274. N(OCH J (CHJ H H H 0 —ch,ch,— 4 —CH, 275. N(OCHJ (CHJ H H H s-CH,H 276. N(OCHJ (CHJ H H H s-CH,-4—Cl 277. N(OCHJ (CHJ H CH, H s-CH,H 278. N(OCHJ (CHJ H CH, H s-CH,-4—Cl 279. N(OCHJ (CHJ H H H N(CHJ-CH,H 280. N(OCHJ (CHJ H H H o — C(CHJ,— 4—Cl 281. N(OCHJ (CHJ H H H o —CH,CH(CH,)— H n;" ■= 1 5641 282. N(OCHJ (CHJ H H H 0 — CH,CH=CH — H 283. N(OCHJ (CHJ H CH, H-N(C,H„)-CH,H 284. N(OCHJ (CHJ H CH, H 0 —CH,—CH,—O— H 285. N(OCHJ (CHJ H CH, H o- CH2—CH(CH,)—O— H 286. N(OCHJ (CHJ H CH, H 0 ~CH2—CH2—O— 4—Cl 287. N(OCHJ (CHJ H CH, H o — CHa—CH2—O— 2.4—Cl, 288. N(OCHJ (CHJ H CH, H o- CH,—CH(CH,)—O— 2.4—Cl, 289. N(OCHJ (CHJ H H H 0 —CH,—CH,—O— H 290. N(OCH J (CHJ H H H 0 —CH,—CH,—O— 4—Cl 291. N(OCH J (CHJ H H H o —CH,—CH,—0— 2.4—0, 292. N(OCHJ (CHJ H H H o - CH,—CH(CHJ—O— H 53 56 293. N(OCHj) (CHJ H H H o- CH,—CH(CH,)—O-4—Cl 7
