Astruc D. - Modern arene chemistry (2002)(en)
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Index |
603 |
bisorbicillinoids |
564 |
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carboline |
139 |
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bis(paraphenylene)-34-crown-10 575 |
a-carboline |
136 |
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blood platelet |
11 |
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carbon nanotube |
11, 18, 245 |
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blood vessel |
11 |
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carbon–carbon bond formation |
53, 383 |
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bond elongation |
449 |
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carborane |
8, 387 |
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bond length |
448 |
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carboxylic acid |
339 |
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bond localization |
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449 |
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carbyne |
209, 218 |
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p-bond localization |
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445, 449 |
carcinogenic amine |
140 |
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bond order |
448 |
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carcinogenic polynuclear aromatic hydrocarbon |
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borane 8 |
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58 |
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borazine |
6 |
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cardiovascular disease |
71 |
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bowl-shaped aromatic |
176 |
carotenoid |
198 |
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bow-type hydrocarbon |
182 |
catalytic electron-transfer reaction |
428 |
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bridged aromatic hydrocarbon 187 |
catalytic enantioselective coupling |
517 |
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bridging bromine |
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447 |
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catalytic enantioselective oxidative coupling 527 |
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bromine |
550 |
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catalyzed hydrosilylation |
420 |
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9-bromoanthracene |
146 |
catechol |
374, 501 |
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bromobenzene |
470 |
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[2]catenane |
575 |
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3-bromochromone |
89 |
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CaC bond formation |
479 |
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4-bromomethylpyridine |
410 |
CaC coupling on supports |
87 |
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N-bromosuccinimide |
550 |
cerium(IV) ammonium nitrate (CAN) 306, 510 |
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bromothiophene |
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118 |
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CaH acidity |
251 |
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bromotoluene |
471 |
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CaH activation |
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405 |
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bronchospasm |
68 |
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CaH bond activation |
453 |
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Brønsted acid |
435 |
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charge transfer |
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449, 475 |
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Brønsted base |
475 |
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charge-transfer band |
437 |
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Buchwald |
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13, 84, 95, 112 |
charge-transfer complex |
465, 476 |
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Buckminsterfullerene |
206 |
charge-transfer (CT) interaction |
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577 |
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bulky phosphine |
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95 |
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charge-transfer e ect |
240 |
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Bunz |
14, 217 |
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charge-transfer p-bonding |
471 |
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1-butyl-3-methylimidazolium tetrafluoroborate |
83 charge-transfer transition |
437 |
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butyrolactone |
520 |
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chelating ligand |
112 |
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g-butyrolactone |
377 |
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chelating phosphine |
116, 159 |
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chelation |
256 |
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c |
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chelilutine |
59 |
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C60 |
430, 434 |
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chemical switching |
595 |
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C20-fullerene |
32, 44 |
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chemical vapor deposition |
579 |
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cable-like structure |
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242 |
chemosensor |
146 |
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calicene |
37 |
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Chinese herbal medicine |
57 |
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calicheamicin |
186 |
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chiral aluminum catalyst |
100 |
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calixarene |
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11, 18, 550 |
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chiral amine |
525, 533 |
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calphostin |
523 |
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chiral biaryl |
387 |
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calphostin D |
523 |
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chiral binaphthol |
524, 526 |
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carbamate |
129, 130, 341 |
chiral diamine-copper complex |
531 |
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carbamoyl migration |
352 |
chiral ferrocene |
364 |
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carbanion |
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383 |
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chiral glucose framework |
524 |
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carbapenems |
91 |
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chiral HPLC |
526 |
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carbazole |
57, 69, 147, 284, 506, 507 |
chiral oxidation |
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517, 524 |
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carbazole alkaloid |
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57 |
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chiral plane |
273 |
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carbene |
172 |
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chiral reagent |
524 |
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carbene complex |
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251 |
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chiral ruthenium tris(bipyridine) |
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527 |
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carbene insertion |
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174 |
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chiral vanadium complex |
530 |
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carbocation |
469 |
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chloranil |
444, 463, 468 |
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carbohydrate chemistry |
140, 262 |
4-chloroanisole |
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126 |
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Index |
605 |
cyclooxygenase |
68 |
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deoxyjacarubein |
358 |
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cyclopentadiene |
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32 |
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deprotonation |
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403 |
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cyclopentadienide |
32 |
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derivatized electrode |
427 |
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cyclopentadienyl anion |
6, 32 |
desilylation |
360 |
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cyclopentadienyl cation |
6, 32 |
detoxification treatment |
57 |
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h5-cyclopentadienyl iron |
366 |
device |
400, 587 |
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cyclopentenone |
320, 562 |
Dewar |
1 |
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cyclophane |
8, 11, 17, 171, 275, 277, 575 |
diabatic state |
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439 |
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cyclophane |
187, |
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diacetylene |
176 |
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cyclophyne |
191 |
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diamagnetic susceptibility |
6 |
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cyclopropane |
251, 265 |
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diaryl |
479 |
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cyclopropenyl anion |
7 |
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diaryl amine |
358 |
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cyclopropylamine |
139 |
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diaryl nitrile |
353 |
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cyclosporin |
66 |
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diaryl phosphite |
358 |
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cyclotrimerization |
22 |
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diaryl selenide |
378 |
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Cypridina luciferin |
72 |
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diaryl sulfone |
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358 |
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cytokinine activity |
76 |
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diarylalkyne |
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221 |
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diarylamine linkage |
144 |
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d |
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diarylamine |
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115 |
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damaged DNA |
139 |
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diarylethyne |
281 |
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damirones A and B |
138 |
diazine |
337 |
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Danishefsky |
563 |
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diazocyclopentadiene |
37 |
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daunomycinone |
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286, 296 |
diazonium cation |
469 |
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DtBPF |
120 |
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dibenzazepinone |
358 |
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DDQ |
468 |
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dibenzocyclooctadiene |
520 |
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De Gennes |
421 |
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dibenzo-18-crown-6 376 |
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de Meijere 14, 32 |
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dibenzofulvene |
172 |
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dearomatization |
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297, 300, 370, 539 |
dibenzofuran |
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281, 390 |
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deboronation |
345 |
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dibenzophosphorinone 358, 359 |
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debromination reaction |
188 |
dibenzopyranones |
353 |
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decaalkylation |
416 |
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dibenzthiepinone |
359 |
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decaallylferrocene |
424 |
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1,10-dibromoferrocene 143 |
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decacyclene |
27 |
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dichlorobenzene |
376 |
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decacyclopropylferrocene |
35 |
o-dichlorobenzene |
405 |
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decadehydrocorannulene |
45 |
2,3-dichloro-5,6-dicyano-1,4-benzoquinone (DDQ) |
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decaferrocenyl dendrimer 424 |
520 |
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decaisopropyl cyclopentadienyl cobalt 413 |
Diederich |
9, 14, 196 |
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decalin |
310 |
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Diels–Alder |
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decamethylferrocene |
35, 426 |
Diels–Alder cycloaddition |
554 |
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decarbonylation |
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261 |
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Diels–Alder cyclodimerization 544 |
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degree of charge transfer |
443 |
Diels–Alder reaction |
6, 53, 99, 289, 311, 326, |
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dehydroannulene |
177 |
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331, 544 |
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dehydrobenzoannulene |
183 |
dienophile |
313, 556 |
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dehydro[14]annulene |
185 |
diethyl carboxamide |
333 |
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dementia |
74 |
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di erential pulse voltammogram |
596 |
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demethoxylation 390 |
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di usional complex |
460 |
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dendrimer |
11, 18, 100, 145, 279, 412, 431 |
di usional process 469 |
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dendritic construction |
412 |
dihapto-coordinated arene 298 |
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dendritic core |
278, 411 |
dihydroanisole |
299 |
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dendritic e ect |
426 |
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dihydroazulene |
200 |
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dendritic polyamine |
428 |
dihydronaphthalene |
302, 325 |
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dendron |
209 |
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1,2-dihydronaphthalene |
299 |
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density functional theory (DFT) 29, 569 |
1,5-dihydroxynaphthalene (DNP) |
578 |
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11-deoxydaunomycinone 286 |
3,7-dihydroxytropolone |
62 |
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610 Index
macromolecule |
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141 |
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N-methylmaleimide |
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320, 326 |
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magistophorenes A and B 502, 524 |
N-methylpyrrole |
306 |
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magnetic material |
146 |
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methyl quinoline |
509 |
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magnetic ring current |
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6 |
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methyl radical |
468 |
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magnetic susceptibility |
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5, 41 |
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m-fluorotoluenetricarbonylchromium 374 |
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Magnus |
563 |
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Michael acceptor |
305, 316, 317, 563 |
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makaluvamine C |
138 |
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Michael reaction |
311, 564, 417 |
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malaria |
12 |
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Michael–aldol ring-closure 314 |
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MALDI-TOF mass spectrum |
421 |
michellamine |
61 |
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maleic anhydride |
466 |
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microorganism |
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59 |
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maleimide |
494 |
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microwave irradiation |
87, 497 |
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manganese complex |
372 |
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mild hydride donor |
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303 |
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Marcus formulation |
462 |
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Mills–Nixon e ect |
9 |
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Marcus theory |
462 |
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Mitsunobu reaction |
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270 |
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Marcus–Hush theory |
436, 469 |
mixed valence |
4, 426, 461 |
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marine antitumor antibiotics |
186 |
mixed-valence FeII/FeIII complex |
426 |
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marine source |
70 |
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modified electrode |
427 |
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(þ)-maritidine 490 |
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Mo at–Olofson reaction |
541 |
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materials chemistry |
218 |
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molecular abacus |
588 |
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materials science |
141, 184, 345 |
molecular anisotropy |
231 |
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McKillop oxidation |
549 |
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molecular battery |
426, 430 |
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measurements of aromaticity |
17 |
molecular electronics |
177 |
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mechanical motion |
592 |
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molecular machine |
592 |
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mechanical property |
244 |
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molecular nitrogen |
380 |
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mechanism |
149 |
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molecular orbital theory |
5 |
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Meijer |
417 |
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molecular photochemical switch |
196 |
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membrane reactor |
99 |
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molecular rotor |
80 |
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memory |
580 |
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molecular sca olding |
196 |
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mercuriation |
470 |
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molecular shuttle |
583, 584 |
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Merrifield resin |
129, 346 |
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molecular signature |
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580 |
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mesitylboronic acid |
76 |
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molecular solid |
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102 |
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mesitylene |
413, 444, 462 |
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molecular switch |
199, 574, 581, 582 |
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[2.2]metacyclophane |
277 |
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molecular torsion |
241 |
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metal amido complex |
107 |
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molecular wire |
225 |
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metal oxide support |
129 |
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monoelectronic reduction |
434 |
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metal-based nucleophile |
391 |
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monophosphine complex |
158 |
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metal-catalyzed activation of hydrogen 453 |
monosubstituted benzene |
364 |
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metal-centered star |
407 |
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montmorillonite |
515 |
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metal-containing nanostructure 184 |
morpholine |
128, 378 |
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metal-halogen exchange |
343 |
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Mo¨ssbauer spectroscopy |
426, 428, 431 |
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metallabenzene |
18 |
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motor-molecule |
574 |
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metallacyclobutadiene |
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218 |
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Mulliken 436, 475 |
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metallodendrimer 400, 417 |
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Mulliken theory |
472 |
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metalloporphyrin |
18 |
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multilayer diode |
244 |
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metalloproteinase-13 inhibitor |
91 |
murrastifoline F |
503 |
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metathesis |
217 |
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murrayafoline A |
503 |
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methoxide |
457 |
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methoxide anion |
382 |
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n |
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2-methoxybenzoate |
540 |
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N,O ligand |
148 |
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3-methoxycyclohexene |
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299 |
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nalidixic acid |
73 |
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6-methoxytetrahydroquinoline |
374 |
nanocable |
242 |
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methyl acrylate |
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320 |
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nanomolecular device |
435 |
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methyl benzoate |
512 |
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nanoparticle |
245 |
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methyl gallate |
503 |
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nanoribbon |
243 |
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