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Chlor anhydrides

Chlor-siure, /. chloric acid. -sMureanhydrid, n. chloric anhydride, chlorine(V) oxide, -schwefel, n. sulfur chloride (esp. the monochloride). -silber, n. silver chloride, -sili-cium, n. silicon tetrachloride, -soda, /. = Chlornatron. -stickstoff, m. nitrogen chloride. -Strom, m. stream of chlorine, -strontium, n. strontium chloride, -suifonsaure, /. chlorosulfonic acid, chlorosulfuric acid, -toluol, n. chlorotoluene. -fibertrager, m. chlorine carrier. [Pg.91]

Acetoxy- -2-methylester 200 -athylester 172, 601 -anhydrid 175, 600 -bis-[2-methyl-propylester] 202 3-Chlor-199 -chlorid-methylester 183 3-Chlor- -1 -methylester 199 -dichlorid 185, 189... [Pg.916]

The imidazolides required for these reactions can be prepared from sulfonyl chlor-ides[1] or sulfonic anhydrides[2] and imidazole, or by treatment of the corresponding sulfonic acid with CDI,[1] ImSOIm,[3] or ImS02Im[3] (see Section 10.1.1). However, for the synthesis of sulfonamides it is more convenient to employ a one-pot reaction starting from the free sulfonic acid, CDI or ImSOIm, and the appropriate amine [1]... [Pg.229]

Treatment of benzocyclobutadienequinone (462) with phenylmagnesium bromide yielded, l,3-diphenylbenzo[c]furan (63JA2076). Monothiophthalic anhydride (463) and chlor-phthalide (464) also gave l,3-diphenylbenzo[c]furan on treatment with phenylmagnesium bromide (68CC1013). [Pg.704]

In 2001, Holderich s group [37] presented 1-methyl-3-butylimidazolium chlor-oferrate (Fe-IL) in addition to Al-IL and Sn-IL as a catalyst for Friedel-Crafts acylations. In the acetylation of anisole with acetic anhydride, full conversion of the acylating agent was observed using Fe-IL. The immobilization of these catalysts, however, led to some serious problems such as catalyst leaching. [Pg.183]

Nitrobenzene is converted intom-chlor-nitrobenzene by chlorine in the presence of antimony trichloride,21 According to the German Patent 32564, phthalic anhydride is converted into the tetra-chlor-derivative by passing chlorine into a mixture of the anhydrido and antimony pentachloride heated to a temperature of 200° ... [Pg.86]

Bereits vor gut hundert Jahren beobachtete Bredt, dafi 1-Chlor-2,2,3-trimethylcyclopentan-l,3-dicarbonsaureanhydrid (38) keine Eli-minierungsreaktion einging und andererseits das bei der Eliminierung aus der von 38 abgeleiteten freien Dicarbonsaure erhaltene Produkt, l,2,2-Trimethylcyclopent-3-en-l,3-dicarbonsaure (39), kein intramo-lekulares Anhydrid mehr bildet [9]. Daraus sowie aus weiteren Beob-... [Pg.22]

Die Oxidation von Tetraphenyl-diphosphan mit Luftsauerstoff in Toluol fiihrt norma-lerweise zu Tetraphenyl-diphosphan-bis-oxid. Bei Zusatz von katalytischen Mengen Chlor-diphenyl-phosphan erhalt man jedoch direkt Diphenylphosphinsaure-anhydrid... [Pg.174]

Benzol-dithiophosphonsaure-anhydrid reagiert in Benzol bei 80° innerhalb 10 Min. mit Dichlorsulfan quantitativ zu l,3-Bis-[chlor-phenyl-thiophosphonyl]-trisulfan747 ... [Pg.435]

Pyrophosphorylchlorid reagiert mit Oxiranen in Gegenwart von z.B. Titan(IV)-chlorid, unter Bildung von Phosphorsaure-anhydrid-tetrakis-[2-chlor-alkyl-estern] in gu-ten Ausbeuten424 ... [Pg.563]

Bei der Einwirkung von Amino-chlor-sulfanen auf Phosphorigsaure-dialkylester (s. Bd. XII/2, S. 949) erhalt man Thiophosphorsaure-S-anhydrid-tetraalkylester in guten Ausbeuten, wenn man die Reaktionsprodukte nicht destilliert442 ... [Pg.566]

Benzol- -O-bulylester-S-Anhydrid E2, 438 Benzol- -S-chlorester-O-ethylester E2, 458 Benzol- -chlorid-S-(chlor-phcnyl-phosphanoester) E2, 433... [Pg.989]

Dimethylamino-phenyl)-phcnyl- XII/1, 238 Dimethyl- -Anhydrid E2, 175, 176 Dimethyl- -anilid XII/1, 263 Dimethyl- -azid E2, 244 Dimethyl- -benzimidazolid E2, 232 Dimethyl- -2-benzimidazolylamid E2, 231 Dimethyl- -benzylamid E2, 164 Dimethyl- -(2-chlor-ethylester) XII/1, 249 Dimethyl- -chlorid XII/1,162, 242, 245, 249 E2, 139, 160, 163, 176, 231, 232, 234 aus Dimethylphosphinigsaure und Chlor E2, 160 aus Dimethylphosphinsaurc und Phosgen E2, 162, 164 Phosphor(V)-chlorid XII/1, 241 aus Dimethyl-thiophosphinsiiure-chlorid und Sulfurylchlorid XII/1, 244 Dimethyl- -[(diethoxy-methyl-silyl]-methvlester] aus Chlormethyl-diethoxy-methyl-silan und Natrium-dimethylphosphinat E2, 213 Dimethyl- -(dimethylaluminylester)-methylimid E2, 293... [Pg.1021]

Ethyl-phenyl- XII/1, 224, 238 Ethyl-phenyl- -butylester E2, 182 Ethyl-phenyl- -(2-chlor-ethylestcr) E2, 202 Ethyl-phenyl- -chlorid XII/1, 245 E2, 160 Ethyl-phenyl- -ethylester Xll/1, 255, 265 E2, 211 Ethyl-phenyl- -(Ethyl-phenyl-thiophosphinsaure)-Anhydrid XII/1, 289... [Pg.1024]

Chlor-benzol- XII/1, 368, 380 -Chlor-benzol XII/1, 348. 368, 378/. E2, 309 -Chlor-benzol- -Anhydrid aus 4-Chlor-benzol-phosphonsiiure und 4-C hlor-benzolphosphansiiure-dichlorid XII/1, 612 4-Chlor-benzol- -dichlorid Xll/1, 390,. 392 f. 4-Chlor-bcnzol- -diethylester... [Pg.1030]

Ethan- -ethylester-triethylsilylcstcr XII/1, 549 Ethan- -ethylester-triethylstannylester XII/1, 550 Ethan- -fluorid E2, 315 Ethan- -fluorid-morpholid XII/1, 594 Ethen- XII/1, 351,375 hthen- -Anhydrid XII/1, 606 Ethen- -bis- aziridid] XII/1, 536 Ethen- -bis-fdimethylamid] XII/1, 536 Ethen- -(2-chlor-ethylester)-chlorid XII/1, 417 Ethen- -dichlorid XII/1, 406 E2,, 732, 333, 383 aus E(henphosphonsaure-bis-[2-chlor-ethyl-ester] und Phnsphnr(V)-chlnrid XII/1,389 Ethen- -diethylester E2, 372 Ethen- -dimethylamid-fluorid XII/1, 594 Ethen- -diphenylester XII/1, 427 Ethin- -difluorid E2, 331 4-Ethoxy-bcnzol- XII/1, 348, 369 3-Ethoxycarbonyl-benzol- -dialkylester XII/1, 521 Ethoxycarbonyl- -chlorid-ethylester XII/1, 417 3-Ethoxycarbony]-i,2-diphenyl-propan- -dialkylester XII/1, 522... [Pg.1034]

Methan- -acylamid-dichlorid E2, 477 Methan- -acylimid-diester E2, 480 Methan- -alkoxycarbonylamid-phenylester E2, 404 Methan- -alkylester-succinimid E2, 405 Methan- -(3-alkyl-ureid)-phenylester E2, 404 Methan- -amid-ethylester E2, 343, 344 Methan- -amid-fluorid E2, 339 Methan- -Anhydrid XII/1, 608 E2, 317 Methan- -anilid-methylcstcr XII/I, 532 Methan- -azid-chlorid E2, 341, 343 Methan- -(2-benzoyl-hydrazid) E2, 325 Methan- -bis-[2-chlor-ethylesler] XII/1, 426 Methan- -bis-fdimethylamid] E2,332, 417... [Pg.1037]

Morpholinium-Salz E2, 426 Benzol- -piperidid E2, 426 Piperidinium-Salz E2, 426 Benzol- -O-propylester Kalium-Salz E2, 422 -bis-[acylamid] E2, 474 -bis-[arylsulfonylamid] E2, 475 -0,0-bis-f2-chlor-alkylester] E2, 443 -bis-fhydrazid] 474 -bis-urcid E2, 474 Butan- -anhydrid E2, 425, 430 Butan- -0,0-dibutylester XII/1, 570 Butan- -0,0-diethylester XII/1, 570 Butan- -O.S-diethylester XII/1, 578 Butan-2- -S-ethylester-0-(2-thiocyanat-ethyl-ester E2, 391... [Pg.1093]

Methyl-propan- - Anhydrid E2, 455 Phenylmethan- -bis-[2-chlor-ethylester] E2, 460 Propan- -Anhydrid E2, 455... [Pg.1116]

Emulsionspolym. XIV/1, 306 Butanstannonsaure XIII/6, 312 N-tert.-Butyl-acrylamid XIV/1, 1027 Carbonsaure-anhydride IV/2, 786 Chlor-l,3-butadien XIV/1, 385... [Pg.60]

Essigsaure Chlor- -Salpetrigsaure-Anhydrid E16c, 19 (R-COOH/ NaN02)... [Pg.89]

Benzoesanre 4-Chlor- -Schwefel-saure-fluorid-Anhydrid E5, 655 (Ar —CO —F + S03)... [Pg.343]

Sulfonsaure 4-Chlor-benzoI- -anhydrid IV/la, 52 (aus Disulfan) Ell, 1074f. [Pg.961]

Chlor- -4,5-dicarbonsaure-anhydrid VII/2b, 1801 Butan 3-(4-Acetyl-2-chlor-phenoxy)-... [Pg.1002]

See other pages where Chlor anhydrides is mentioned: [Pg.110]    [Pg.110]    [Pg.27]    [Pg.541]    [Pg.892]    [Pg.117]    [Pg.35]    [Pg.88]    [Pg.566]    [Pg.988]    [Pg.989]    [Pg.990]    [Pg.990]    [Pg.1017]    [Pg.1047]    [Pg.1091]    [Pg.1116]    [Pg.1116]    [Pg.200]    [Pg.133]    [Pg.91]    [Pg.250]    [Pg.302]    [Pg.365]   
See also in sourсe #XX -- [ Pg.110 ]



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