Category:Radical reactions
Jump to navigation
Jump to search
chemical reaction involving free radicals. This reaction type is abundant in organic reactions | |||||
Upload media | |||||
Subclass of | |||||
---|---|---|---|---|---|
| |||||
![]() |
Subcategories
This category has the following 17 subcategories, out of 17 total.
B
- Barbier reaction (18 F)
- Barton decarboxylation (14 F)
- Barton-McCombie deoxygenation (11 F)
G
- Gomberg radical reaction (6 F)
M
- Markó-Lam deoxygenation (14 F)
- McLafferty rearrangement (9 F)
- Minisci reaction (5 F)
N
- Norrish reaction (18 F)
P
- Pinacol coupling (12 F)
- Pschorr cyclization (6 F)
R
- Radical addition polymerization (23 F)
- Radical initiation (13 F)
- Radical propagation (12 F)
- Radical termination (7 F)
- Reed reaction (7 F)
Media in category "Radical reactions"
The following 196 files are in this category, out of 196 total.
-
12radicalshift.png 674 × 410; 7 KB
-
ABASICS.jpg 615 × 315; 21 KB
-
ABASICS.svg 441 × 233; 18 KB
-
Abbruchreaktion Beispiel V1.svg 450 × 603; 21 KB
-
Abbruchreaktion Beispiel V2.svg 450 × 603; 20 KB
-
Abbruchreaktionen.png 960 × 720; 6 KB
-
Abstraction.png 791 × 168; 13 KB
-
Abstraction.svg 352 × 70; 18 KB
-
AIBN and Tributyltin Hydride (HSnBu3) Reaction.png 814 × 254; 35 KB
-
AIBN Radikalbildung.svg 797 × 177; 43 KB
-
Alkoxy radical disp inline.svg 650 × 62; 25 KB
-
Alkoxy radical disp.png 517 × 217; 5 KB
-
Alkoxy radical disp.svg 462 × 154; 25 KB
-
Alkoxy radical disp2.png 518 × 217; 5 KB
-
Alkyl disp.png 383 × 75; 3 KB
-
Alkyl disp2.png 384 × 74; 3 KB
-
Alpha cleavage of amines.jpg 298 × 70; 4 KB
-
Anti-markovnikov mechanism.png 1,813 × 1,596; 75 KB
-
Anti-Markovnikov peroxide mechanism.svg 305 × 246; 51 KB
-
As halogenações radicalares de bromo e cloro com hidrocarbonetos.png 1,405 × 705; 47 KB
-
BDM plus TFE.svg 722 × 198; 18 KB
-
Benzene hydroxyl reaction.png 1,055 × 527; 28 KB
-
Benzoyl peroxide initiation international.svg 512 × 87; 17 KB
-
Benzoyl peroxide initiation.svg 512 × 87; 17 KB
-
Bildung eines Aldehyds und ein Alken.svg 815 × 179; 16 KB
-
Bildung eines Ketens und ein Alkan.svg 870 × 189; 16 KB
-
Bromine homolysis.svg 154 × 32; 10 KB
-
Brominehomolysis.png 754 × 141; 9 KB
-
Butane to acetic acid.svg 1,581 × 855; 50 KB
-
Butylated hydroxytoluene mechanism of action.tiff 618 × 188; 10 KB
-
C-1027 mechanism.png 2,001 × 659; 125 KB
-
Cadeia com insaturação do tipo vinil terminal.gif 638 × 274; 3 KB
-
Cadeia radicalar.jpg 436 × 147; 12 KB
-
CAN synthesis 1.svg 1,000 × 650; 71 KB
-
Captodative 2014.png 2,389 × 487; 66 KB
-
Captodative 2017.svg 512 × 91; 9 KB
-
Carboxylic acid.tif 1,201 × 305; 102 KB
-
Catalytic chain transfer 1.png 1,135 × 309; 9 KB
-
Catiônica e Aniônica.gif 452 × 121; 2 KB
-
Centro ativo é então transferido para a cadeia polimérica.gif 678 × 221; 4 KB
-
Chain initiation PMMA.svg 505 × 89; 20 KB
-
Chain prop disp.png 643 × 450; 8 KB
-
Chain propagation PMMA.svg 411 × 313; 32 KB
-
Chain reaction from paper.gif 692 × 850; 16 KB
-
Chain reaction from paper2.png 403 × 392; 9 KB
-
Chain reaction from paper3.png 581 × 566; 13 KB
-
Chain reaction from paper4.png 581 × 563; 13 KB
-
Chain scission reaction of a tertiary alkoxy radical.png 1,080 × 196; 8 KB
-
Chain scission reaction of a tertiary alkoxy radical.svg 600 × 115; 7 KB
-
Chain trasnfer.jpg 674 × 169; 18 KB
-
Chlorierung radikalisch Methan.svg 595 × 407; 71 KB
-
CICLIZAÇÃO DOS PRODUTOS.png 4,656 × 3,091; 469 KB
-
Colligation.svg 224 × 26; 7 KB
-
Combinação de dois macro-radicais.gif 454 × 342; 4 KB
-
Combinação de radicais.png 1,622 × 560; 17 KB
-
CORRIGIR radical ciclopropilcarbinil intermediário D.png 800 × 755; 17 KB
-
Cross disp of radicals.png 602 × 106; 3 KB
-
Cyclopropylmethyl radical ring opening reaction.png 590 × 110; 2 KB
-
Dibromoanthracene STM reaction.png 4,505 × 700; 119 KB
-
Diphenylmethyl radicals to 1,1,2,2-tetraphenylethan.png 2,638 × 326; 61 KB
-
Diphenylstickstoff-Reaktion V.1.svg 885 × 385; 64 KB
-
Fenton Process dye degradation.png 2,070 × 1,285; 34 KB
-
Fragmentation modes of aliphatic ethers.jpg 495 × 147; 10 KB
-
Free-rad types of photoinitiators.jpg 424 × 237; 15 KB
-
Goldfinger and Bloomfield Mechanisms.png 987 × 649; 39 KB
-
Hess konovalov rxn.svg 640 × 111; 25 KB
-
HexaphenylethaneFormation.png 3,755 × 2,631; 452 KB
-
Homolyse Chlor.svg 199 × 44; 9 KB
-
Homolyse.svg 310 × 40; 5 KB
-
Homolysis2.png 887 × 200; 17 KB
-
Homolysis2.svg 406 × 74; 24 KB
-
Homolytic bond cleavage.png 1,272 × 230; 48 KB
-
Homolyyttinen sidoksen katkeaminen.png 472 × 135; 7 KB
-
Iniciação em polimerização radicalar.gif 511 × 67; 2 KB
-
Initiation - other recombination.png 885 × 142; 5 KB
-
Initiation of Cl2 by light.png 340 × 114; 11 KB
-
Internal radical.svg 171 × 42; 7 KB
-
IUPAC definition for radical polymerization.png 901 × 332; 97 KB
-
Kalthärtung tert-Amine.svg 691 × 280; 39 KB
-
Ketonereduction.png 614 × 258; 14 KB
-
KettenpolymerisationStart.svg 512 × 113; 6 KB
-
Kharasch addition mechanism.png 1,021 × 412; 8 KB
-
MarkoLam.tif 1,686 × 253; 34 KB
-
Mechanismus der Lipidperoxidation.svg 4,324 × 1,614; 179 KB
-
MnCoupleEx.png 471 × 123; 16 KB
-
MnCoupleGen.png 411 × 160; 18 KB
-
MnCoupleMech1.png 732 × 538; 41 KB
-
MnCoupleMech2.png 250 × 109; 9 KB
-
MnCoupleMech3.png 280 × 120; 11 KB
-
MnCoupleScope1.png 354 × 131; 16 KB
-
MnCoupleScope2.png 352 × 159; 17 KB
-
MnCoupleScope3.png 569 × 121; 16 KB
-
MnCoupleScope4.png 669 × 136; 20 KB
-
MnCoupleScope5.png 751 × 129; 23 KB
-
MnCoupleScope6.png 645 × 111; 22 KB
-
MnCoupleScope7.png 590 × 152; 21 KB
-
MnCoupleScope8.png 459 × 109; 15 KB
-
MnCoupleSynth1.png 589 × 148; 20 KB
-
MnCoupleSynth2.png 567 × 172; 21 KB
-
Nanotube grafting 1.jpg 677 × 198; 72 KB
-
Nitroxide reaction.gif 646 × 196; 7 KB
-
Odstraňování atomu vodíku na aktivovaném místě molekuly.PNG 617 × 174; 8 KB
-
Peroxide Free-radical-addition.png 2,664 × 4,125; 292 KB
-
Peroxyde de benzoyle.JPG 589 × 135; 8 KB
-
Photoinitiated thiol-ene coupling reaction.gif 500 × 292; 29 KB
-
Poly(ethylene terephthalate) - Photo-oxidation.png 2,192 × 964; 75 KB
-
Propagacia.png 544 × 187; 6 KB
-
Propagação em polimerização radicalar.gif 594 × 227; 3 KB
-
PVC alkoxyl radical reactions (version 2).png 844 × 956; 35 KB
-
PVC alkoxyl radical reactions.png 2,764 × 632; 46 KB
-
PVC photo-oxidation (degradation).png 2,876 × 704; 54 KB
-
PVC photo-oxidation (partial).png 1,500 × 592; 26 KB
-
PVC photo-oxidation (Version 2).png 3,016 × 956; 74 KB
-
Radical addition.png 746 × 134; 8 KB
-
Radical degenerative transfer.png 1,214 × 235; 29 KB
-
Radical disproportionation via radical elimination mechanism.png 455 × 136; 11 KB
-
Radical ene reaction.svg 743 × 149; 49 KB
-
Radical Formation with FAD.jpg 617 × 187; 15 KB
-
Radical hydrophosphination.png 900 × 382; 23 KB
-
Radical initiator AIBN.svg 485 × 96; 21 KB
-
Radical Mechanism of Oxidative Addition.tif 664 × 370; 19 KB
-
Radical Mechanism.jpg 666 × 471; 30 KB
-
Radical Reaction with FAD.jpg 626 × 531; 28 KB
-
Radical Reaction.jpg 626 × 531; 28 KB
-
Radical reduction.svg 163 × 50; 9 KB
-
Radical site initiated.jpg 535 × 99; 6 KB
-
Radical substitution.png 877 × 95; 9 KB
-
Radical type reactions carbene radicals.png 2,285 × 1,336; 135 KB
-
Radical.svg 709 × 162; 5 KB
-
Radical3.jpg 474 × 308; 43 KB
-
Radicaladdition.png 554 × 166; 10 KB
-
Radicaladdition.svg 217 × 47; 10 KB
-
Radicalelimination.png 660 × 179; 14 KB
-
Radicalelimination.svg 261 × 70; 14 KB
-
Radicalica.png 386 × 58; 972 bytes
-
Radikaaliadditio.svg 512 × 91; 16 KB
-
Radikaalisubstituutio.svg 512 × 142; 4 KB
-
Radikalbildung Dibenzoylperoxid.TIF 1,035 × 970; 73 KB
-
Radikalbildung PMMA.svg 399 × 248; 25 KB
-
RAFT mechanism with steps.jpg 1,042 × 1,383; 95 KB
-
RAFT Mechanism.png 624 × 483; 10 KB
-
RCcycl.png 645 × 442; 47 KB
-
RCOO coupling.svg 456 × 61; 9 KB
-
RCscope.png 590 × 456; 55 KB
-
RcycAT.png 385 × 227; 19 KB
-
RcycDiastereo.png 672 × 333; 40 KB
-
RcycEnantio.png 485 × 195; 24 KB
-
RcycEWG.png 420 × 190; 18 KB
-
RcycEx.png 396 × 146; 17 KB
-
Rcycmech.png 416 × 212; 25 KB
-
RcycVinyl.png 535 × 106; 12 KB
-
Reaction of ethanol with hydroxyl radical PL.svg 799 × 112; 25 KB
-
Reaction of ethanol with hydroxyl radical.png 831 × 132; 11 KB
-
Recombo reaction2.gif 537 × 128; 5 KB
-
Reduction of lipid radical by α-Tocopherol.svg 733 × 386; 22 KB
-
Rekombination zur Ausgangsverbindung.svg 790 × 181; 16 KB
-
Representação das etapas da peroxidação lipídica.jpg 435 × 472; 40 KB
-
Sandmeyer KI Kette.png 3,661 × 1,349; 49 KB
-
Sandmeyer KI Start.png 3,518 × 699; 28 KB
-
Sandmeyer mechanism.png 3,273 × 1,377; 51 KB
-
Scheme 6 - radical - hirsutene.svg 1,968 × 908; 69 KB
-
SelfTerminatingRadicalCyclizationT.png 926 × 551; 20 KB
-
Steric hindrance disp.gif 468 × 175; 5 KB
-
Tempo-oxidation.png 466 × 469; 17 KB
-
Teori EDWARD M. KOSOWER (1967).png 646 × 238; 47 KB
-
Theory Gretha Zahar (1982-1993 ).png 1,114 × 232; 91 KB
-
Thermal initiation.png 572 × 88; 15 KB
-
Thiol-Ene Cis-trans isomerization.png 1,882 × 571; 51 KB
-
Thiophenoxide acrylonitrile transition states.svg 512 × 181; 68 KB
-
Transferência de cadeia.gif 518 × 260; 3 KB
-
Transferência para o solvente.gif 333 × 59; 1 KB
-
Tyrosines from Phe.png 933 × 1,029; 22 KB
-
Übersichtsreaktion der Norish-Reaktion Typ I.svg 1,131 × 575; 47 KB
-
Übersichtsreaktion der Norish-Reaktion Typ II.svg 1,103 × 386; 28 KB
-
Фотореакція Норріша типу 1.png 282 × 114; 7 KB
-
그림 14. 톨루엔으로의 사슬 이동.png 2,734 × 283; 13 KB
-
그림1 라디칼 중합에서 단량체의 첨가 과정.png 425 × 66; 11 KB
-
그림1. 라디칼 중합에서의 단량체 첨가.png 2,074 × 316; 13 KB
-
그림10. 불균등화 반응.png 1,613 × 1,086; 25 KB
-
그림11. 사슬 이동 반응의 일반적인 형태.png 2,579 × 320; 13 KB
-
그림12. t-뷰틸 과산화물로의 사슬 이동.png 3,031 × 207; 13 KB
-
그림13. 바이닐 아세테이트로의 사슬 이동.png 2,779 × 345; 14 KB
-
그림15. 테트라브로민화 탄소로의 사슬 이동.png 2,210 × 207; 8 KB
-
그림2. 열개시제.png 2,427 × 1,859; 54 KB
-
그림3. 광화학 개시제.png 1,268 × 541; 10 KB
-
그림4. 쿠밀옥시 라디칼의 형성.png 2,932 × 499; 20 KB
-
그림5. 라디칼의 부반응에 의한 소멸.png 3,862 × 1,211; 46 KB
-
그림7. 개시 후 첫 번째 성장 단계.png 1,760 × 738; 18 KB
-
그림8. 성장의 일반적인 형태.png 2,549 × 328; 14 KB
-
그림9. 조합.png 1,676 × 979; 22 KB