Category:Catalysis
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process of increasing the rate of a chemical reaction | |||||
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Subcategories
This category has the following 22 subcategories, out of 22 total.
B
- BINAP catalysis (18 F)
- Borrowing hydrogen (5 F)
C
- Catalytic converters (47 F)
- Catalytic cycles (166 F)
- Catalytic domains (46 F)
D
- Döbereiner's lamp (9 F)
E
F
- FLP catalysis (5 F)
G
- Gold catalysis (6 F)
H
- Hiyama coupling (27 F)
- Hydroboration catalysis (6 F)
- Hydrogen-bond catalysis (20 F)
O
P
- Photocatalysis (21 F)
- PN ligand catalysis (4 F)
- Pt catalyst (7 F)
S
- Supramolecular catalysis (6 F)
- Synergistic catalysis (4 F)
Media in category "Catalysis"
The following 173 files are in this category, out of 173 total.
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Acylation with DMAP.png 509 × 220; 6 KB
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Allylic strain acid catalysis.svg 532 × 88; 44 KB
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AllylicEsterification.tif 3,334 × 481; 100 KB
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Autokatalyysi.svg 610 × 471; 156 KB
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Base-acid pair pyridine.svg 512 × 210; 45 KB
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Benzyl.svg 1,878 × 762; 23 KB
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Bimetallic.jpg 883 × 407; 45 KB
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Bleikammer-1.jpg 888 × 631; 302 KB
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Bleikammer-2.jpg 884 × 1,110; 453 KB
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Buchwaldpyrrole.png 636 × 180; 28 KB
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Cadierno microwave catalysis.svg 1,726 × 249; 24 KB
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Cadierno-microwave-catalysis.svg 512 × 134; 8 KB
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Carbocatalysis.png 1,438 × 430; 9 KB
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Carbonylation.JPG 732 × 746; 33 KB
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Carbonylation1.JPG 732 × 534; 31 KB
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Catalisi.png 722 × 535; 45 KB
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Catalyse Kekule Partington p289.jpg 720 × 540; 24 KB
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Catalysis- Reaction progress.png 937 × 599; 106 KB
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Catalysis.png 754 × 418; 34 KB
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Catalyst Energy Diagram.png 431 × 347; 26 KB
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Catalyst nanoparticles.jpg 1,024 × 1,024; 83 KB
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Catalytic Appel Reaction Scheme.png 913 × 405; 12 KB
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Catalytic Converter Voiceover Presentation.webm 4 min 23 s, 1,920 × 1,080; 23.77 MB
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Catalytic cycle of the Stille reaction.png 1,956 × 1,526; 67 KB
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Catalytic reaction coordinate.jpg 640 × 480; 43 KB
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Catalytic Reaction for a-glucosidase.jpg 1,077 × 500; 28 KB
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CatalyticResonanceResponse.jpg 895 × 738; 71 KB
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Catalyze.png 853 × 377; 21 KB
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Catalyzer building in Muscle Shoals Nitrates plant.jpg 534 × 486; 66 KB
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Catalyzers for oxidizing ammonia gas.jpg 354 × 507; 67 KB
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Catcycle.png 850 × 478; 18 KB
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CCRcatcarbene.png 1,769 × 341; 21 KB
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CCRchiralcat.png 1,186 × 1,200; 46 KB
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Chain building.png 649 × 197; 21 KB
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Chemoselectivity - 2.png 646 × 121; 4 KB
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Chiara and Liam Wiki Entry.svg 181 × 99; 36 KB
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Choline hydroxide as catalyst.png 1,024 × 288; 21 KB
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CMD Mech.jpg 443 × 95; 15 KB
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CMD Mechanism.svg 435 × 90; 18 KB
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CMD-3.jpg 324 × 58; 15 KB
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CMD-4.jpg 367 × 166; 18 KB
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CNF on a glass-fiber catalyst.tif 1,280 × 960; 1.17 MB
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COhydrogenationFePt.png 472 × 59; 3 KB
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COhydrogenationFeRh.png 534 × 63; 4 KB
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Comparação entre reação catalisada e não catalisada.png 686 × 161; 14 KB
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Copperstep.svg 512 × 44; 17 KB
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Covalent catalysis.jpg 688 × 331; 22 KB
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CW C2 vs C3+.png 1,175 × 824; 84 KB
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Cyclopropylketone to cyclopentane.png 1,226 × 756; 40 KB
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De Brabander synthesis of Psymberin.png 565 × 185; 38 KB
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Decarb aldol 16.svg 594 × 506; 110 KB
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Diastereoselectivity - 2.png 616 × 312; 8 KB
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Diastereoselectivity.png 525 × 145; 12 KB
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Diastereoselectivity1.png 657 × 323; 20 KB
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Diastereoselectivity2.png 412 × 213; 6 KB
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Doppelkontaktverfahren2.png 1,445 × 1,027; 75 KB
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Dos sustrates.png 588 × 213; 3 KB
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Duthaler-Hafner Ligand Screening.jpg 582 × 490; 57 KB
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Enamine Catalysis.jpg 974 × 542; 67 KB
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EnantioselectiveOrganoCascadeCatalysis.gif 607 × 411; 7 KB
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Energiediagramm Enzymreaktion.png 976 × 823; 68 KB
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Enzyme Catalysis Example.png 1,012 × 781; 151 KB
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Ewiges Streichholz liegend.jpg 3,151 × 2,093; 2.46 MB
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Ez products.svg 851 × 142; 28 KB
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Fagnou’s example.jpg 285 × 129; 17 KB
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Fecat.gif 604 × 453; 8 KB
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Fetizon 1,3 diol to enone.svg 512 × 97; 20 KB
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Fig12. Chiral Titanium.png 459 × 208; 25 KB
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Fresh catlyst.jpg 1,838 × 1,840; 541 KB
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Functional group selectivity-catalytic hydroboration.png 900 × 122; 17 KB
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General scheme1.JPG 388 × 233; 10 KB
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General shuttle.png 734 × 90; 10 KB
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Graficocatalise.JPG 434 × 373; 16 KB
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H2-activation-4.svg 512 × 163; 20 KB
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H2-activation.svg 512 × 74; 15 KB
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Hine's biphenol-catalyzed Diels-Alder.png 1,190 × 466; 13 KB
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Hydroalkylation.png 654 × 125; 14 KB
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Hydroamination.png 636 × 200; 31 KB
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Hydroformylation V.2 en.png 799 × 202; 26 KB
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Hydrogenation-Knowles1968.png 1,073 × 435; 11 KB
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Imine SKA addition.png 2,226 × 547; 23 KB
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Iminium Functionalization.png 2,615 × 1,053; 192 KB
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Inactivatie katalysator V2O5.png 1,722 × 264; 29 KB
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Intro-bifunctional catalysis.jpg 199 × 107; 6 KB
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Ion Pair interaction.jpg 787 × 528; 48 KB
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Ionone3.svg 512 × 228; 22 KB
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Ipotesi Adattamento Substrato.JPG 2,361 × 784; 94 KB
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Iridium dehydrogenation.png 1,058 × 208; 36 KB
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Iridium-Catalyzed Method of Psilocybin Synthesis.png 1,358 × 590; 102 KB
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IUPAC definition for aggregate.png 901 × 487; 165 KB
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Janis3.jpg 240 × 297; 19 KB
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Katalize.PNG 547 × 386; 96 KB
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Kharasch addition mechanism.png 1,021 × 412; 8 KB
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Kumada Silicate.svg 1,209 × 120; 9 KB
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Lewis Acid Base Interaction.jpg 729 × 578; 48 KB
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Long chain branching.png 593 × 132; 15 KB
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Magnetic-chemistry-3.tif 1,349 × 1,142; 92 KB
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Mecanismo ACO-mitocondrial.png 780 × 272; 55 KB
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Metal organo catalysis.jpg 1,219 × 147; 37 KB
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Metathese.svg 709 × 425; 58 KB
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MetatheseMechanismusGeneral.svg 1,205 × 638; 27 KB
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Metathesis.JPG 578 × 746; 23 KB
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Metathesis1.JPG 578 × 533; 21 KB
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Michaelis Menten curve 2.svg 1,200 × 512; 147 KB
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ML3graph1.jpg 399 × 358; 31 KB
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ML3graph2.jpg 431 × 345; 21 KB
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Naturechem scheme 2013 new.svg 512 × 460; 42 KB
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NHKrxn.png 547 × 89; 15 KB
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Non-Linear Effects on Enantioselectivity.pdf 504 × 504; 12 KB
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Non-Linear Effects on Enantioselectivity.svg 750 × 750; 33 KB
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Noyoriintro.png 570 × 162; 10 KB
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OrganocatalyticAsymmetricHydrogenation Quinoline.tif 3,910 × 907; 645 KB
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Origin of metal organo catalysis.jpg 626 × 264; 28 KB
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OxFA process scheme.png 988 × 712; 161 KB
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Pbc fig 1 new 4.jpg 334 × 466; 84 KB
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Pbc fig 2 new 3.jpg 334 × 480; 82 KB
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Pbc fig 3 new 3.jpg 334 × 487; 70 KB
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Peppsi-couplings.png 2,233 × 696; 34 KB
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PhosphataseMech.svg 512 × 612; 29 KB
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Polymerization1.JPG 680 × 453; 20 KB
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Potential energy profile-Catalysis DE.svg 488 × 340; 66 KB
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Programmable Catalyst Leaky Ratchet Mechanism.gif 1,333 × 750; 828 KB
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Programmable Catalytic Ratchet with Efficient Operation.gif 1,333 × 750; 850 KB
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Programmable Catalytic Ratchet with Low Surface Participation.gif 1,333 × 750; 805 KB
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Proline MBH asymmetric.png 1,319 × 356; 42 KB
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Pronuc.gif 552 × 347; 10 KB
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Protease mechanism summary.svg 1,225 × 784; 529 KB
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PtAuTiO2mechanism.tif 590 × 389; 62 KB
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PyBox Stereochemical model.PNG 612 × 275; 16 KB
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Roxaticin Syntheses Info.png 746 × 271; 64 KB
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Schaus ACIE reaction scheme.png 1,425 × 856; 33 KB
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Schematic nanostruc cats.jpg 6,600 × 5,100; 1.59 MB
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Scheme 1 Smart Cosubstrates.tif 2,532 × 818; 110 KB
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Scheme1 wiki.svg 512 × 136; 10 KB
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Schwefeldioxid oxidation.svg 1,223 × 673; 184 KB
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SCRi-System f Multicar-Fumo 2095.JPG 3,648 × 2,736; 2.02 MB
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Selbstamplifikation.png 8,000 × 4,500; 598 KB
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SelectivityResonance.jpg 1,290 × 1,190; 159 KB
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Shvo's catalyst.jpg 798 × 218; 43 KB
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Skeletal catalysis.pdf 1,500 × 1,125, 14 pages; 570 KB
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Solar-Driven Water Splitting at 13.8% Solar-to-Hydrogen Efficiency by an Earth-Abundant Electrolyzer.pdf 1,302 × 1,704, 9 pages; 3.82 MB
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Soon-to-be catalyst.jpg 1,838 × 1,840; 545 KB
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Squaramide catalyst substrate interaction.png 680 × 611; 21 KB
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Sulfide.jpg 722 × 367; 39 KB
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Switchable Catalysis Chemdraw.png 985 × 802; 41 KB
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Synthese von Butanal.svg 674 × 161; 19 KB
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Synthese von Tri-n-propylamin.svg 1,180 × 208; 25 KB
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SynthesisofGrubbs1stGen.png 2,052 × 312; 18 KB
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Takemoto bifunctional hydroxy thiourea.png 170 × 97; 2 KB
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Tert-Butylamin Reaktionsmechanismus.svg 1,054 × 219; 27 KB
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The picsima process.jpg 2,566 × 2,664; 511 KB
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Three of the four most common catalytic cycles for hydroamination.tif 2,942 × 705; 129 KB
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Transesterification of triglycerides.gif 672 × 105; 3 KB
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Transforming carbon dioxide into jet fuel using an organic combustion-synthesized Fe-Mn-K catalyst.pdf 1,239 × 1,629, 12 pages; 1.58 MB
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Trypsin active site.png 1,709 × 1,208; 708 KB
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TUM Zentralinstitut für Katalyseforschung.jpg 3,264 × 2,448; 2.12 MB
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Types2.gif 710 × 137; 6 KB
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Vinyl monomer update.svg 512 × 562; 4 KB
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Volcano plot.png 2,017 × 1,667; 106 KB
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Volcano plot.svg 605 × 500; 30 KB
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Wang binapthol thioharnstoff.png 207 × 132; 2 KB
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Water gas shift reaction.png 1,889 × 1,687; 31 KB
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XOPCAJ.jpg 4,000 × 4,000; 779 KB
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Zapravka-vyazalnoj-mashiny.jpg 1,500 × 1,000; 133 KB
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ZZ1.png 1,202 × 811; 226 KB
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ZZ2.png 1,212 × 809; 326 KB
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ZZ3.png 1,200 × 861; 228 KB
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ZZ4.png 1,208 × 855; 223 KB
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Термокаталитические реакции СУГ.jpg 1,000 × 582; 146 KB
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Արգելակում.png 257 × 600; 26 KB
