Category:Elimination reactions
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| This category is part of a classification scheme based on the Royal Society of Chemistry Reaction Names Ontology, compiled by Colin Bachelor, Celia Gitterman and David Barden. |
type of organic reaction in which two substituents are removed from a molecule in either a one or two-step mechanism | |||||
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Subcategories
This category has the following 17 subcategories, out of 17 total.
B
- Beta-hydride elimination (3 F)
C
- Chugaev elimination (20 F)
- Cope reaction (16 F)
- Corey-Winter olefin synthesis (14 F)
D
- Dehydrohalogenation (7 F)
E
- Elbs reaction (10 F)
- Eschenmoser fragmentation (9 F)
G
- Grieco elimination (3 F)
- Grob fragmentation (44 F)
H
- Hofmann elimination (10 F)
K
- Kemp decarboxylation (2 F)
- Kemp elimination (5 F)
R
- Ramberg-Backlund reaction (14 F)
Z
- Zaitsev's rule (5 F)
Media in category "Elimination reactions"
The following 200 files are in this category, out of 216 total.
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1,2-dichloroethane to chloroethene + hydrogen chloride.svg 418 × 34; 8 KB
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1ere étape du mécanisme de l'E1.GIF 469 × 124; 3 KB
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2eme étape de l'E1.png 721 × 183; 4 KB
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Adição.png 2,214 × 834; 28 KB
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Alkene fom Halide.png 1,844 × 450; 13 KB
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Alkene Formation V.1.png 2,226 × 623; 19 KB
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Alkynespreparation-1.png 525 × 92; 3 KB
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Alkynespreparation-2.png 520 × 76; 2 KB
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Alküülhaliidide elimineerimine.png 876 × 234; 8 KB
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Alpha beta elimination of h.png 445 × 54; 879 bytes
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Alpha-cleavage svg.svg 549 × 160; 16 KB
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Alpha-cleavage.png 3,540 × 948; 33 KB
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Alpha-D-ribose 1-methylphosphonate 5-phosphate C-P-lyase.svg 497 × 138; 23 KB
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Anti en syn eliminatie.png 281 × 110; 4 KB
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Aryn-tussenvorm.png 1,520 × 378; 107 KB
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Assignment of alpha and beta carbons on a molecule.svg 210 × 240; 7 KB
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Basepromovida.jpg 259 × 75; 5 KB
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Beta eliminatie algemeen.png 293 × 77; 2 KB
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Beta elimination is.svg 573 × 166; 24 KB
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BIsulfit rück.png 2,869 × 739; 23 KB
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Bredteliminierung.png 1,444 × 812; 18 KB
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Bromostyrene to phenylacetylene.PNG 1,298 × 327; 15 KB
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Butadien obtaining2.jpg 1,591 × 159; 21 KB
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Carbene from dihaloalkane.svg 679 × 121; 10 KB
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Carbocation formation sans carbone asymétrique.JPG 612 × 159; 13 KB
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Carboryne synthesis.png 1,047 × 192; 9 KB
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Chlorocyclopentane elimination.svg 512 × 84; 18 KB
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Ciclottene eliminazione hofmann.png 929 × 340; 9 KB
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Cleavage of Thioester.pdf 1,085 × 683; 29 KB
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Corefuchs2.png 639 × 156; 4 KB
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Crotonisation acide.png 4,966 × 1,142; 43 KB
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Cuban0.svg 946 × 259; 32 KB
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CubaneSynthesisPrecursor.png 1,047 × 229; 4 KB
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Cyclopentenone to 2-bromocyclopentadienone.png 3,652 × 609; 103 KB
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Cyclopropylacetyleen synthese.png 2,171 × 340; 12 KB
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DDT to DDD and DDE.svg 1,326 × 614; 46 KB
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DDT to DDE and DDD.svg 1,326 × 614; 41 KB
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DDTHCL.svg 570 × 171; 22 KB
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Degradation of ethiofencarb.jpg 415 × 391; 22 KB
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Dehidrojenasyon allgemeine Schema.svg 498 × 121; 7 KB
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Dehydrohalogenation 2-Bromopropionic acid.svg 299 × 86; 27 KB
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Dehydrohalogenation bromide alcoholate.svg 499 × 56; 25 KB
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Dehydrohalogenation of (S)-2-bromo-3-methylbutane small.png 759 × 455; 10 KB
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DHBQ Nukleophile Reaktionen.svg 587 × 246; 81 KB
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Dicyclohexylcarbodiimide synthesis 1.PNG 959 × 159; 4 KB
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Didehydrobenzene Synthesis V.1.png 4,731 × 1,120; 48 KB
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Dienone synth1.svg 530 × 204; 25 KB
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Digidrazone.png 541 × 109; 3 KB
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Dihalo elimination.png 849 × 178; 5 KB
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Dimethyl-2-phenylcyclohexylamine-n-oxide.png 1,382 × 416; 15 KB
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E1 conjugated base.png 966 × 173; 14 KB
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E1 Elimination Reaction.png 1,029 × 293; 7 KB
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E1 elimination reaction.png 1,121 × 200; 6 KB
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E1 Reaction Coordinate.png 619 × 334; 38 KB
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E1 reaction.PNG 611 × 132; 6 KB
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E1 Reação.png 714 × 155; 8 KB
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E1 rxn coordinate.png 676 × 459; 56 KB
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E1-eliminationNash2008.svg 551 × 155; 49 KB
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E1-examplle.png 1,292 × 220; 9 KB
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E1-mechanism.svg 626 × 119; 18 KB
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E1cb kinetic mechanism.jpg 386 × 231; 14 KB
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E1cb kinetic mechanisms.jpg 379 × 276; 15 KB
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E1cB Mechanism Ethiofencarb2.svg 512 × 255; 15 KB
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E1cB photo-induced reaction mechanism.svg 613 × 101; 46 KB
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E1cB reaction mechanism with leaving group LG.svg 512 × 96; 19 KB
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E1cb reaction mechanism1.jpg 386 × 231; 14 KB
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E1cB reaction.png 1,011 × 221; 6 KB
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E1cb structure.jpg 142 × 150; 8 KB
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E1cb-mechanism.svg 683 × 206; 16 KB
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E1cB.svg 365 × 80; 13 KB
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E1cB2.svg 359 × 90; 14 KB
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E1cBexample.png 415 × 245; 3 KB
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E1EliminationReaction.png 759 × 178; 7 KB
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E2 1-(tert-butyl)-4-chlorocyclohexane.svg 523 × 217; 68 KB
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E2 elimination reaction.svg 1,674 × 546; 58 KB
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E2 mechanism.png 2,717 × 573; 20 KB
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E2 Mechanismus v 1.svg 1,450 × 189; 45 KB
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E2 Mechanismus v 3.svg 1,031 × 320; 45 KB
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E2 mechanismus.png 824 × 159; 10 KB
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E2 reaction mechanism.PNG 1,109 × 252; 12 KB
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E2-Elimination with sterics sample small.png 759 × 255; 9 KB
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E2-Elimination with sterics sample2.png 759 × 254; 9 KB
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E2-Elimination with sterics sample3.png 759 × 254; 9 KB
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E2-eliminationmechanism.png 304 × 158; 3 KB
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E2-mechanism.svg 451 × 212; 10 KB
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Efeito estereoeletronico e2.png 617 × 478; 103 KB
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Eliminatie 1-chloorpropaan.png 519 × 65; 2 KB
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Eliminatie anti-Zaitsev.png 1,194 × 269; 18 KB
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Eliminatie cyclohexanol.png 312 × 105; 3 KB
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Eliminatie stilbeendibromide.png 480 × 252; 8 KB
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Elimination continuum.png 1,969 × 622; 14 KB
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Elimination DDT DDE.svg 1,050 × 259; 30 KB
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Elimination of fluorine over chlorine in an E1cb mechanism.jpg 453 × 182; 19 KB
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Elimination of Fluorine over Chlorine.jpg 453 × 182; 19 KB
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Elimination reaction.jpg 424 × 487; 26 KB
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Elimination reaction.svg 490 × 146; 12 KB
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Elimination-by-DBN.svg 321 × 86; 10 KB
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Elimination2.JPG 557 × 498; 16 KB
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Eliminationrxns.png 2,269 × 1,355; 141 KB
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Eliminazione HBr.png 605 × 61; 2 KB
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Eliminierung 1.png 1,410 × 338; 14 KB
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Eliminierung 2.png 1,392 × 409; 16 KB
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Eliminierung 3.png 932 × 398; 11 KB
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Eliminierung E1 V1.svg 781 × 150; 34 KB
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Eliminierung E1cb V1.svg 776 × 150; 36 KB
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Eliminierung E2 V1.svg 474 × 150; 26 KB
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Eliminierung-Pyridin.png 2,383 × 671; 21 KB
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Eliminierungsreaktion E1 erster Schritt v 1.svg 573 × 138; 18 KB
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Eliminierungsreaktion E1 zweiter Schritt v 1.svg 773 × 151; 21 KB
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Ester pyrolysis.png 4,213 × 522; 10 KB
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Esterpyrolyse 1a.svg 391 × 83; 19 KB
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Ethoxybutyne prepn.png 2,211 × 466; 8 KB
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Example of E1cB Mechanism Hemiacetal2.jpg 537 × 74; 8 KB
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Example of E1cB Mechanism.tif 1,676 × 230; 24 KB
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Example of the Hofmann Elimination Reaction.png 2,028 × 366; 35 KB
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Example of Zaitsev's Rule.png 1,188 × 336; 21 KB
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Exemple d'E1.GIF 992 × 205; 5 KB
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Explanation for Formation of Hofmann Product Based on Stereochemistry.png 1,086 × 426; 20 KB
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Fetizon 1,3 diol to enone.svg 512 × 97; 20 KB
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Fmoc-cleavage-e1cb.svg 512 × 260; 47 KB
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Formation of Hofmann Product Based on Stereochemistry.png 1,224 × 552; 31 KB
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Formation of the Hofmann Product.png 1,212 × 336; 23 KB
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General Demonstration of Zaitsev's Rule.png 1,104 × 288; 17 KB
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General Hofmann elimination.PNG 358 × 89; 3 KB
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General Reductive Elimination.png 460 × 224; 11 KB
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Generic2.JPG 476 × 405; 12 KB
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Harvard Ring C.svg 917 × 486; 140 KB
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Heating ammonium mellitate.svg 609 × 132; 34 KB
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Hergerg23f32f3g.tif 552 × 670; 26 KB
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Hofmann degradation or elimination.PNG 541 × 78; 4 KB
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Hofmann elimination regioselectivity.PNG 632 × 148; 6 KB
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Hofmann eliminazione.gif 749 × 128; 6 KB
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Hofmann-elimination-transition-state.png 908 × 568; 12 KB
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Hofmann-Saytzeff.png 405 × 339; 8 KB
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HofmannEliminierung1.png 979 × 190; 8 KB
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Illustration regle de zaitsev.JPG 552 × 79; 6 KB
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Interconversion.tif 1,485 × 554; 255 KB
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Iodoform Acetone.svg 541 × 98; 36 KB
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Iodoso elimination.png 905 × 437; 12 KB
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Kishner-Leonard elimination.png 936 × 202; 6 KB
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Leaving groups-3-types-of-reactions.png 2,145 × 1,397; 146 KB
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Leaving groups.png 2,117 × 1,052; 107 KB
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Mattox-Kendall-Reaktion RMV.3.svg 815 × 531; 109 KB
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Mattox-Kendall-Reaktion RMV.4.svg 815 × 531; 112 KB
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Mattox-Kendall-Reaktion ÜV.3.svg 408 × 376; 24 KB
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Mecanismo E1.png 757 × 305; 15 KB
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Mecanismo E2.png 1,196 × 221; 17 KB
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Mechanismus der E2 Reaktion.svg 773 × 134; 14 KB
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MEG from DMO.svg 476 × 72; 32 KB
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Mécanisme de l'E2.PNG 609 × 258; 6 KB
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Non-classical ion structure.png 966 × 432; 9 KB
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Nonworking williamson ether synthesis.png 846 × 152; 3 KB
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Nonworking williamson ether synthesis.svg 1,156 × 128; 36 KB
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Norbornyl cation.gif 655 × 99; 5 KB
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Phenylacetylene prepn.png 1,618 × 580; 9 KB
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PhenylIsothiocyanate.png 1,010 × 193; 7 KB
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PhosphaalkeneGeneral.png 858 × 138; 3 KB
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Preparation of N,N'-diadamantyl-imidazol-2-ylidene.png 2,842 × 349; 27 KB
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PVC base polyacetylene.png 1,398 × 418; 30 KB
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Radicalelimination.png 660 × 179; 14 KB
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Rds change.png 2,087 × 531; 20 KB
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Reaccion 1.jpg 317 × 134; 9 KB
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Reacción de Emde.png 403 × 97; 3 KB
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Reação 2-Bromopropano.png 818 × 174; 9 KB
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Reação de Eliminação-β.jpg 966 × 252; 27 KB
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Reduccion.png 582 × 249; 6 KB
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Regel van Bredt eliminatie.png 1,317 × 1,064; 16 KB
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Reimer-Tiemann-Reaktion 2.svg 326 × 101; 18 KB
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Say1.png 470 × 75; 3 KB
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Say2.png 474 × 94; 3 KB
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Scheme of the E2 elimination reaction mechanism.jpg 883 × 202; 9 KB
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Scheme of the E2 reaction mechanism.JPG 719 × 202; 9 KB
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Schéma de la bétaélimination.png 960 × 720; 20 KB
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Selenoxide elim 1.png 510 × 257; 5 KB
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Selenoxide elim 2.png 1,616 × 265; 12 KB
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Stereoselectivedehalogenation.svg 441 × 93; 49 KB
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Stikstofeliminatie uit aziridines.png 1,093 × 192; 24 KB
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Substitution2.JPG 557 × 498; 15 KB
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Sulfoxide elim 2.png 971 × 391; 12 KB
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Sulfoxide elim 3.png 1,183 × 629; 24 KB
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Syn- & anti-Elimination V.3.svg 1,120 × 444; 67 KB
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Syn-eliminatie.png 306 × 119; 3 KB
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Synelimination.png 299 × 100; 1 KB
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Synthese von Prednison mit Bezifferung der C-Atome.svg 2,274 × 379; 57 KB
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Synthesis 1,3-Cyclohexadiene.svg 434 × 60; 27 KB
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Synthesis Vinylsulfones.svg 248 × 92; 28 KB
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Síntese do Fosgênio oxima.png 437 × 132; 3 KB
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TCAN via Trichloracetamid.svg 256 × 72; 25 KB
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Tert-Halogenalkan.svg 94 × 64; 6 KB
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Thioether retro14.png 746 × 457; 28 KB
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Triacetylglucal Synthese-Fischer.svg 1,155 × 433; 49 KB
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Triple bond generation.png 831 × 248; 14 KB
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UroD.gif 550 × 250; 7 KB
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Vinili idonio.png 508 × 115; 7 KB
-2-bromo-3-methylbutane_small.png)
-4-chlorocyclohexane.svg)
