Category:Substitution 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. |
chemical reaction during which one functional group in a chemical compound is replaced by another functional group | |||||
| Laadi fail üles | |||||
| Mille alamklass |
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| Mitte segamini ajada | |||||
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Alamkategooriad
Järgmised 34 alamkategooriat on selles kategoorias (kokku 34).
A
- Angeli–Rimini reaction (5 P)
- Arene substitution pattern (12 P)
B
- Bart reaction (5 P)
- Benary reaction (12 P)
- Bucherer reaction (7 P)
- Buchwald-Hartwig reaction (50 P)
C
- Chichibabin reaction (12 P)
D
- Demjanov rearrangement (16 P)
- Directed ortho metalation (7 P)
E
F
- Fischer esterification (47 P)
- Fischer glycosidation (9 P)
G
- Gabriel synthesis (40 P)
- Gomberg-Bachmann reaction (19 P)
H
- Hell-Volhard-Zelinsky reaction (19 P)
M
- Malonic ester synthesis (23 P)
- Mannich reaction (79 P)
- Meerwein arylation (8 P)
- Minisci reaction (5 P)
N
- Nef reaction (8 P)
- Nicholas reaction (4 P)
- Nierenstein reaction (7 P)
P
- Petasis reaction (33 P)
R
- Rosenmund-von Braun reaction (9 P)
S
- Sandmeyer reaction (45 P)
- Schiemann reaction (14 P)
T
V
- Van Leusen reaction (14 P)
- Victor Meyer-Reaktion (7 P)
Failid kategoorias "Substitution reactions"
Järgmised 200 faili on selles kategoorias (kokku 213).
(eelmine lehekülg) (järgmine lehekülg)-
(zweiter Weg) Zimtsäureethylester Reaktionsschemata.svg 765 × 384; 25 KB
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1,4-Dibrombutane synthesis.svg 708 × 89; 18 KB
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2-aminophenol diaz coup-es.png 1600 × 272; 77 KB
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2-aminophenol diaz coup.png 1527 × 260; 12 KB
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2-Chlorpyridin via TCAN.svg 343 × 54; 30 KB
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2-Nitroaniline+HCl.png 6063 × 1008; 55 KB
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Acetal and TMSNCS Reaction.png 1013 × 229; 8 KB
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Addition vs. Substitution.png 844 × 465; 28 KB
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Addition-elimination tetrachloroquinone.svg 423 × 96; 42 KB
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Addition-elimination with EWG.svg 430 × 68; 29 KB
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Ade2hetero2.png 866 × 139; 9 KB
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Adn2hetero2.png 1132 × 169; 13 KB
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Alkyne trimerisation.svg 385 × 138; 53 KB
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Alkyneds.png 491 × 126; 3 KB
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Allgemeine cine-Substitution.svg 536 × 169; 7 KB
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Allyl cyanide Synthesis V.1.svg 731 × 60; 19 KB
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Allylchloride via Allylalkohole.svg 440 × 73; 47 KB
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Alpha substitution mechanism.png 539 × 319; 14 KB
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Alpha substitution mechanism2.png 1003 × 187; 11 KB
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Alpha-Glycosyltrichloracetimidat.svg 484 × 133; 51 KB
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Aminolysis.png 597 × 376; 7 KB
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Anchimer.png 1240 × 200; 10 KB
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Anti Mannich reaction.png 983 × 744; 16 KB
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Arbusov.png 513 × 81; 3 KB
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Aromatische additie-eliminatiereactie.png 1000 × 560; 39 KB
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AryneReaction Bunnett 1970.png 1045 × 596; 8 KB
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Asymmetric mannich overview.png 1018 × 396; 12 KB
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AsymmetricNucleophilicAromaticSubstitution.png 1018 × 577; 13 KB
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BartonVinylIodideSynthesis.png 471 × 232; 4 KB
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BartonVinylIodideSynthesis.svg 194 × 191; 52 KB
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BasicAromaticSubstitution.svg 430 × 339; 55 KB
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Benzene ethylation.svg 293 × 68; 7 KB
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Benzynmechanisme.png 1084 × 598; 54 KB
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Beta amination.svg 962 × 327; 38 KB
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Bunte-salts+aldehydes.png 754 × 102; 4 KB
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Bunte-salts-synthesis-aromatic.png 950 × 173; 6 KB
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Bunte-salts-synthesis.png 860 × 135; 5 KB
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Catalyst CuFe2O4 for C-O cross coupling.png 506 × 90; 17 KB
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CHactRGB+WAGimproved.png 1777 × 407; 60 KB
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Chem-Mech-NitroniumFormationWH2SO4.png 608 × 93; 2 KB
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Chem-Mech-SO3FormationWH2SO4.png 642 × 267; 3 KB
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Chemical reaction 3.png 1307 × 470; 37 KB
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Chloralkanfromalcohol.png 708 × 159; 5 KB
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Chloroformiates sch40.png 550 × 84; 3 KB
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Chloromethanereaction.svg 315 × 22; 3 KB
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Cine Substitution.svg 497 × 230; 47 KB
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Cine-Substitution.svg 424 × 141; 15 KB
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Condensation of 2x 4-hydroxybutanoic acid to form the lactide.png 1367 × 257; 12 KB
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Cresolbromination.png 514 × 158; 3 KB
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Curtius A.png 2360 × 393; 21 KB
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Cystein V6.svg 529 × 111; 7 KB
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Cystein V7.svg 608 × 119; 7 KB
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Cystein V8.svg 616 × 119; 7 KB
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Cystein V9.svg 659 × 119; 7 KB
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Deoxo-Fluor application.png 971 × 291; 6 KB
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DiazaAnnulene.svg 512 × 241; 25 KB
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Diazirine Exchange screenshot.png 398 × 136; 21 KB
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Dichlorovinylidene double substitution.svg 505 × 234; 71 KB
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Diethyl selenide preparation.jpg 494 × 43; 5 KB
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Directedorthometalation.png 834 × 149; 3 KB
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DoM reactions.png 737 × 661; 12 KB
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DoM Reactions.svg 512 × 390; 60 KB
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Drittsubstitution von Mononitrotoluol.png 724 × 606; 17 KB
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EAS meta deactivation.svg 419 × 368; 64 KB
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EAS substitution Para director.svg 529 × 461; 75 KB
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Echange métal-halogène.svg 428 × 114; 12 KB
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Electrophilic.svg 287 × 57; 7 KB
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ElectrophilicAromaticSubstitutionOrthoDirectors.svg 574 × 388; 75 KB
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ErythrosineBsynthesis.png 1060 × 336; 14 KB
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EtC6H5route.png 1453 × 297; 7 KB
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Ethaanbromering.png 528 × 88; 4 KB
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Evans-Auxiliar3.svg 1755 × 157; 38 KB
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Evans-Auxiliar4.svg 1617 × 378; 80 KB
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Exemples échange métal-halogène.png 1900 × 500; 69 KB
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F of Ti6.jpg 541 × 103; 7 KB
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FattyAcid-MB-Thiolysis.png 689 × 77; 2 KB
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Fleming-One-Pot Variant Mechanism.svg 512 × 115; 18 KB
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FormationofAmides.png 1808 × 288; 8 KB
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Força directora precipitació.GIF 962 × 629; 3 KB
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FriedelcraftsAlkylationAsymmetric.png 975 × 458; 9 KB
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FriedelCraftsAlkylationIndoleAsymmetric.png 970 × 687; 14 KB
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FriedelCraftsAsymmetricAdditionToPyrrole.png 894 × 402; 7 KB
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General substitution reaction.png 1178 × 300; 13 KB
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General synthesis of triakyl and triaryl Bi(III) compounds.jpg 370 × 141; 14 KB
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Glucose tritylation.svg 779 × 179; 55 KB
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Green–Davies–Mingos example double ligand reaction.png 3021 × 1217; 26 KB
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Griess reaction.png 291 × 67; 1 KB
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Haloacetyl.png 635 × 104; 7 KB
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Hetero-SNAr.png 1362 × 442; 51 KB
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HydrazoneIodination.png 826 × 256; 4 KB
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HydrazoneIodination.svg 437 × 153; 57 KB
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HydrazoneIodinationMechanism.png 1017 × 699; 13 KB
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HydrazoneIodizationReactionMechanism.png 995 × 377; 5 KB
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HydrazoneIodizationReactionMechanism.svg 710 × 271; 91 KB
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Hydrolysis 2-Bromobutyric acid.svg 386 × 73; 31 KB
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Imidoesters.gif 407 × 84; 2 KB
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Ipso-substitution.png 764 × 143; 8 KB
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Isocyanaat.jpg 1406 × 389; 49 KB
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Isosorbide reactions.svg 484 × 373; 127 KB
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Jocic reaction overview.png 1582 × 489; 41 KB
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Kochi reaction.svg 512 × 112; 15 KB
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Leaving groups-3-types-of-reactions.png 2145 × 1397; 146 KB
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Leaving groups.png 2117 × 1052; 107 KB
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LRnucleophileelectrophile.png 335 × 230; 1 KB
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LSD N6 modification.svg 944 × 843; 91 KB
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Mechanismus aromatické elektofilní substituce.png 657 × 93; 3 KB
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MenshutkinReactionApplication.svg 638 × 319; 102 KB
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Mesylate Substitution V.1.svg 900 × 135; 31 KB
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Milstein’s Rh catalyzed hydrodefluorination.png 188 × 59; 4 KB
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Nas1.png 1006 × 562; 24 KB
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Nesmeyanov-Reaktion Übersichtsreaktion V2.svg 764 × 143; 24 KB
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Nesmeynaov-Reaktion Mechanismus V4.svg 675 × 420; 33 KB
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NHS-Esters.gif 528 × 103; 2 KB
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Nicholas mechanism 2.svg 1685 × 650; 92 KB
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Nicholas reaction 2.svg 766 × 165; 16 KB
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Nicholas reaction 3.svg 1108 × 229; 27 KB
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NitrileSRN1.png 517 × 203; 24 KB
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Nitroalkenes and nitroallyl derivatives synthesis.svg 512 × 171; 13 KB
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Nitrogenation of a phenylisopropene.png 579 × 160; 9 KB
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Nor-narcotine history 1867.png 697 × 2959; 592 KB
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Norbornyl brosylate solvolysis.png 916 × 263; 6 KB
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Norbornyl racemization.png 452 × 392; 5 KB
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NS1 reaction part2 recombination carbocation nucleophile.svg 366 × 93; 47 KB
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NS1 reaction part3 proton transfer forming alcohol.svg 443 × 106; 54 KB
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Nu attack.png 459 × 88; 25 KB
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NuArSubPyr.png 1004 × 168; 5 KB
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Nucleofiele aromatische substitutie.png 876 × 530; 54 KB
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Nucleophile.svg 314 × 17; 2 KB
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Nucleophilic Acyl Substitution on an Anhydride Catalyzed by DMAP.png 2034 × 546; 51 KB
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Nucleophilic attack of oxonium ion.gif 731 × 570; 847 KB
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Nucleophilic Substitution.jpg 626 × 544; 37 KB
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Nukl-subst-h2o.svg 1630 × 124; 6 KB
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Octaacetyl-Trehalose.svg 545 × 267; 83 KB
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One-Pot Sequence Mechanism.svg 612 × 792; 9 KB
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PBr3 HVZ rxn.gif 722 × 161; 4 KB
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Petasis reagent reaction.PNG 491 × 453; 11 KB
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Photoredox Amination.gif 591 × 141; 7 KB
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Prochiralität1.svg 571 × 325; 16 KB
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Propagacia.png 544 × 187; 6 KB
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Próba Hinsberga dla aminy pierwszorzędowej.png 1315 × 289; 33 KB
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PschorrReaction.svg 385 × 100; 17 KB
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Pyrrole Electrophilic Substitution.png 1628 × 213; 10 KB
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Pyruv oxalacet.gif 432 × 78; 2 KB
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Radical-nucleophilic aromatic substitution Bunnett 1970.png 1023 × 667; 9 KB
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Radical-nucleophilic aromatic substitution overview.png 696 × 196; 1 KB
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Radikalische Substitution Abbruch.svg 532 × 340; 38 KB
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Radikalische Substitution Homol.svg 284 × 90; 11 KB
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Radikalische Substitution Kette.svg 638 × 319; 32 KB
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Reakcija prelaska p-Hlornitrobenzena u p-Nitroanizol.png 310 × 163; 5 KB
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Reaktion Thiepan.png 1580 × 286; 10 KB
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Reatividade.jpg 742 × 327; 14 KB
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Reação 175,419.png 563 × 277; 21 KB
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Scheme 1 BH.jpg 672 × 325; 39 KB
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Scheme 1..jpg 471 × 252; 20 KB
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Schottenreactie.png 1876 × 1104; 25 KB
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Schottenvb.png 2058 × 1115; 11 KB
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Segona reacció (SN2).png 544 × 40; 3 KB
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Sililación del furano.png 431 × 95; 4 KB
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Sintese alfa-aminoacidos.png 898 × 194; 11 KB
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Sintese aminoacidos.png 898 × 194; 9 KB
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SN1 i SN2.png 812 × 182; 16 KB
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Sn1 Substitution.svg 1152 × 248; 20 KB
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SN1动力学.png 563 × 460; 8 KB
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Sn2.png 276 × 102; 4 KB
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Snar1.png 417 × 89; 5 KB
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Sostituzione cianuro.png 996 × 51; 2 KB
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Sreaction.png 373 × 85; 2 KB
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Stericsnucleophilicity.png 702 × 300; 24 KB
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Stork C alkylation.png 1062 × 756; 9 KB
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Substituce halogenů.PNG 260 × 41; 1 KB
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Substitutie broommethaan2.png 350 × 83; 2 KB
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Substitution Reaction.gif 364 × 168; 2 KB
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Sulfonace.png 359 × 272; 3 KB
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Sulfonierung Polystyrol.svg 481 × 202; 26 KB
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Synthesis 2-Bromopropionic acid A.svg 393 × 80; 38 KB
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Synthesis Acetyl chloride.svg 399 × 75; 29 KB
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Synthesis Glybuzole general.jpg 546 × 215; 14 KB
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Síntese direta.jpeg 498 × 141; 8 KB
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Takai1.svg 357 × 252; 16 KB
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TCAexample.gif 664 × 122; 6 KB
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Thiogalactose-Synthese.svg 638 × 109; 65 KB
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TolueneBromination2006.png 1047 × 202; 3 KB
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Transmetalationscheme.png 3580 × 769; 51 KB
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Transmetalação.jpg 526 × 73; 7 KB
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Triethylphosphite rxn1.svg 359 × 79; 8 KB
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TrostAAAgalanthamineIntermediate.gif 431 × 140; 2 KB
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Two-Pot Sequence Mechanism (2).svg 512 × 403; 58 KB
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Two-Pot Sequence Mechanism (3).svg 512 × 403; 58 KB
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Ullmann2.png 372 × 46; 575 baiti
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Ullmann4.png 308 × 48; 524 baiti
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Urethane prep.png 594 × 106; 3 KB
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Use of Hunig's base for alkylating secondary amines.png 3895 × 1078; 32 KB
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VinylSelenideSynthesis.png 674 × 266; 5 KB
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VinylSelenideSynthesis.svg 436 × 300; 100 KB
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Weinrebbenzene.png 1514 × 698; 20 KB
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Zh Electrophilic aromatic substitution chlorination.png 381 × 80; 3 KB
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Zincke Reaction.svg 512 × 248; 18 KB
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ZinckeAldehyde.png 980 × 321; 5 KB
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ZinckeAldehyde.svg 921 × 230; 32 KB
_Zimts%C3%A4ureethylester_Reaktionsschemata.svg)
_general_reactivity_for_functionalization_of_gem-difluoroalkenes,_b)_Ichikawa%E2%80%99s_zirconocination.png)
_compounds.jpg){kind=small}
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