Category:Chemical kinetics

하위 분류

다음은 이 분류에 속하는 하위 분류 12개 가운데 12개입니다.

"Chemical kinetics" 분류에 속하는 미디어

다음은 이 분류에 속하는 파일 259개 가운데 200개입니다.

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  080205 Brusselator picture.jpg 629 × 380; 25 KB
  
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  2023 ComparingCollisionAndDiffusiveCollision.png 1,997 × 1,725; 347 KB
  
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  Activation2 updated (zh).png 893 × 679; 89 KB
  
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  Aktivierungsenergie.png 794 × 763; 19 KB
  
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  Alkene interference.jpg 385 × 133; 7 KB
  
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  Alkene interference.svg 646 × 202; 15 KB
  
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  Allocyathin.png 3,394 × 2,153; 359 KB
  
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  Amination Kinetics.png 2,184 × 939; 336 KB
  
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  Animate Arrhenius Plot new1.gif 400 × 400; 396 KB
  
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  Ciocniri-moleculare.jpg 738 × 243; 57 KB
  
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  Comparação entre reação catalisada e não catalisada por enzima.png 677 × 161; 12 KB
  
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  Coordenada reaccion.png 314 × 259; 4 KB
  
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  Curtin-Hammett Principle Diagram.png 16,068 × 8,877; 8.02 MB
  
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  Curtin-Hammett principle.png 448 × 300; 15 KB
  
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  Curtin-Hammett scenario for macrocycles.png 1,518 × 854; 147 KB
  
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  Curve distribuzione energie cinetiche.svg 701 × 439; 42 KB
  
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  Cyclohexyl iodide eliel.png 1,791 × 740; 82 KB
  
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  Cyclopropyl radical clock rearrangement.png 440 × 136; 7 KB
  
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  Dddd fgfhhfhgffhhfhg.png 502 × 152; 6 KB
  
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  Decomposition and the Energy Released.png 1,035 × 799; 28 KB
  
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  Different Excess Experiments in RPKA.png 2,710 × 1,041; 227 KB
  
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  Different Excess Flow Chart.png 2,235 × 1,106; 170 KB
  
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  Donor Acceptor Model.png 664 × 1,025; 16 KB
  
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  Ee of product in kr.jpg 560 × 420; 20 KB
  
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  Ee of recovered substrate in KR.jpg 729 × 548; 28 KB
  
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  Eigenleitungsdichte Si.png 661 × 624; 42 KB
  
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  Elektrophile Addition G-Profil.png 539 × 448; 10 KB
  
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  Enantioselective lithiation.png 1,311 × 1,535; 119 KB
  
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  Energia attivazione.png 635 × 533; 25 KB
  
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  Energy Well Model.png 1,607 × 804; 17 KB
  
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  Equação 1 velocidade da reação .png 320 × 140; 4 KB
  
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  Esimest järku lineaarne.png 1,198 × 774; 53 KB
  
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  Esimest järku poolestusaeg.png 1,204 × 798; 53 KB
  
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  ETHammond.PNG 505 × 286; 10 KB
  
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  Exothermic.jpg 300 × 293; 37 KB
  
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  Exponential Relaxation.gif 277 × 388; 8 KB
  
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  F2 vs. F1 in KIE Competition Reactions.png 675 × 486; 87 KB
  
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  Fgure 2 B.jpg 1,152 × 794; 127 KB
  
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  Figure 1 B.jpg 1,152 × 740; 74 KB
  
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  Figure 1 n.jpg 1,152 × 740; 74 KB
  
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  Figure 2. Solvolyses rates (as log k) of ROTs in 80% EtOH at 70°C vs .MM2-calculated steric energy difference (R+ - RBr) between bridge head bromide and carbenium ion.jpg 1,152 × 794; 127 KB
  
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  Figure 22-3.jpg 1,276 × 1,119; 210 KB
  
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  Figure 3 for knot.jpg 1,227 × 234; 39 KB
  
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  First order reaction rate function.png 1,328 × 788; 40 KB
  
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  First Order.JPG 472 × 354; 41 KB
  
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  Francis maingi.pdf 1,275 × 1,650, 2쪽; 284 KB
  
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  Gambar 10 10.JPG 332 × 337; 14 KB
  
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  Gauss Newton illustration.png 1,532 × 1,236; 53 KB
  
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  Gilespie.png 540 × 416; 35 KB
  
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  Gleichgewichtskonstanten.png 923 × 107; 4 KB
  
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  Grafico de plimerização gggg gggg.png 480 × 449; 24 KB
  
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  Grafico.TIF 1,184 × 853; 56 KB
  
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  Granice wybuchu.svg 1,500 × 606; 11 KB
  
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  Griseofulvin selectivity.png 3,667 × 1,907; 395 KB
  
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  Griseofulvin.png 3,962 × 676; 200 KB
  
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  Gràfica temps.concentració.jpg 528 × 240; 25 KB
  
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  Gráfico das funções x(t), y(t) e z(t).png 253 × 227; 7 KB
  
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  Gráfico Veloc Reaccion I.JPG 528 × 240; 15 KB
  
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  Guedes.3.jpg 429 × 244; 22 KB
  
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  HGfreeenergydiagram.jpg 290 × 250; 9 KB
  
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  Homogeneous Acid Catalyst 2.jpg 1,102 × 889; 255 KB
  
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  Imagem 2, dedução da equação da reação.png 641 × 121; 9 KB
  
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  Inter vs intramolecular reaction rates.png 603 × 287; 22 KB
  
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  Intermoleculair vs intramoleculair.jpg 2,246 × 1,080; 115 KB
  
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  JChen2022JPCA.png 1,834 × 1,394; 367 KB
  
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  Kapakahine.png 3,074 × 2,821; 524 KB
  
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  KIE effect sigmatropicReaction 2006.png 991 × 330; 7 KB
  
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  KinEnzymo(en).svg 990 × 550; 138 KB
  
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  KinEnzymo(pl).svg 955 × 493; 148 KB
  
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  KinEnzymo(sr).svg 990 × 550; 193 KB
  
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  Kinet reversible react.svg 757 × 633; 41 KB
  
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  Kinetic and thermodynamic Control.png 709 × 765; 52 KB
  
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  Kinetic of dissociative substitution for the product.jpg 4,069 × 1,382; 1.23 MB
  
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  Kinetic scheme.jpg 889 × 452; 123 KB
  
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  KINETIC.GIF 715 × 335; 6 KB
  
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  KINETIC2.GIF 715 × 331; 6 KB
  
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  KINETIC3.GIF 491 × 167; 4 KB
  
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  KINETIC4.GIF 368 × 120; 2 KB
  
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  Kingi-Altmani graafiline Crameri-meetod statsionaarse oleku jaoks, baaskujund, kolmnurk, võrrand, kahepealised nooled.png 203 × 99; 2 KB
  
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  Kingi-Altmani graafiline Crameri-meetod statsionaarse oleku jaoks, baaskujund, kolmnurk, võrrand.png 410 × 93; 3 KB
  
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  KinITC-Fig1.png 800 × 620; 40 KB
  
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  Klaus 1.jpg 1,845 × 1,181; 444 KB
  
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  Konsekutivreaktion.png 3,000 × 2,296; 77 KB
  
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  KPR scheme.svg 939 × 624; 50 KB
  
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  LaMer-Modell.png 11,401 × 8,462; 1.62 MB
  
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  Lammonsiirto.svg 610 × 560; 139 KB
  
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  LCunimolek.svg 610 × 460; 76 KB
  
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  Lindemann Fall off Kurve Bereiche.png 4,740 × 2,820; 160 KB
  
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  Lindemann Fall off Kurve.png 4,740 × 2,820; 128 KB
  
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  Mannich cyclization.png 1,282 × 1,356; 146 KB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s007.ogv 13 s, 528 × 480; 5.12 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s008.ogv 13 s, 528 × 480; 5.05 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s009.ogv 13 s, 528 × 480; 2.42 MB
  
• MEDYAN-Mechanochemical-Simulations-of-Contraction-and-Polarity-Alignment-in-Actomyosin-Networks-pcbi.1004877.s010.ogv 4.2 s, 528 × 480; 1.79 MB
  
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  Methylation.png 2,355 × 324; 56 KB
  
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  Michaelis-Menten-Vereinfachung.svg 107 × 22; 26 KB
  
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  Modelagem cinética da dinâmica conformacional a partir dos dados de salto de temperatura (2).png 6,016 × 4,928; 425 KB
  
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  Modelagem cinética da dinâmica conformacional a partir dos dados de salto de temperatura.png 7,851 × 6,506; 1.05 MB
  
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  Molecular power 18. mechanism of wetting the surface of the vertical capillary due to the thermal oscillations of the near-surface liquid molecules.jpg 315 × 508; 54 KB
  
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  Molecular power 19. Fluctuation model of fluid flow by capillary.jpg 425 × 394; 54 KB
  
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  Molecular power 20. Condensation mechanism of the liquid flow in capillary.jpg 246 × 358; 31 KB
  
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  Molecular power 21. Liquid flow in a capillary.jpg 397 × 378; 64 KB
  
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  Molecular power 22. Appearance of viscosity forces in a capillary.jpg 340 × 404; 60 KB
  
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  Molecular power 24. Distances traveled by a liquid in horizontal and vertical cylindrical capillaries vs time.jpg 503 × 477; 89 KB
  
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  Molecular power 25. Molecular branched stream hydropower system on the basis of volume capillary modules.jpg 597 × 433; 81 KB
  
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  Molecular power 26. Molecular pumped storage hydroelectrical power system based on the positive thermodynamic Gibbs p-potential.jpg 631 × 441; 83 KB
  
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  Molecular power 27. Structural and constructive diagrams of a multi-element hydroabsorptive molecular power system based on the thermodynamic Gibbs n-potential.jpg 416 × 309; 46 KB
  
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  Molecular power 28. Electrokinetic device for generating electric current with pumping the electro-osmotic flow by pressure of a liquid electrolyte.jpg 575 × 502; 98 KB
  
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  Molecular power 29. Block diagram of a basic hydroelectric power plant on pressure-retarded osmosis.jpg 448 × 355; 44 KB
  
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  Molecular power 34. Functional and structural diagrams of the electrokinetic system of electric current production.jpg 418 × 477; 50 KB
  
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  Molecular power 35. Ionic-molecular model of osmosis.jpg 602 × 410; 107 KB
  
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  Molecular power 41. Energy exchange of fast air molecules of boundary and diffuse layers with solid molecules.jpg 401 × 505; 73 KB
  
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  Molecular power 45. Wind power device for the production of electric current by step-by-step shock ionization.jpg 575 × 311; 52 KB
  
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  Molecular power 46. Wind power system based on ionization heterostructural converter.jpg 516 × 412; 54 KB
  
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  Molecular power 47. The action of fast air molecules on a spherical microparticle with anisotropic surface properties and the occurrence of its sailing directional motion in the air environment.jpg 605 × 562; 110 KB
  
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  Molecular power 48. Sailing electrodynamic device.jpg 428 × 482; 88 KB
  
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  Monoacylation.png 2,501 × 234; 54 KB
  
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  Neighbouring group participation8.jpg 560 × 296; 21 KB
  
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  NgroupP11.svg 744 × 1,052; 28 KB
  
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  NO2 Arrhenius lnk against T^-1.svg 795 × 670; 46 KB
  
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  NO2Arrhenius.png 668 × 517; 38 KB
  
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  Nullindat järku lineaarne.png 1,206 × 798; 52 KB
  
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  Nullindat järku poolestusaeg.png 1,182 × 794; 58 KB
  
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  Numerical solution rate equations.png 640 × 480; 36 KB
  
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  Ordine 1.png 539 × 405; 37 KB
  
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  Ordine 2.png 539 × 405; 38 KB
  
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  Painerajahdys.svg 610 × 560; 128 KB
  
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  Palau eten.svg 610 × 460; 72 KB
  
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  Parallel reactions.svg 744 × 1,052; 89 KB
  
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  Passo 3, para chegar na reação final.png 518 × 114; 7 KB
  
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  Passo 4 para chegar na reação final .png 252 × 263; 6 KB
  
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  PerakkaisetAIB VT.svg 610 × 460; 211 KB
  
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  PerakkaisetAIB.svg 737 × 503; 206 KB
  
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  Plot-exponential-decay.png 861 × 577; 9 KB
  
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  Plot-exponential-decay.svg 800 × 600; 24 KB
  
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  Pre-equilibrium Kinetics 2.png 6,034 × 3,486; 1.81 MB
  
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  Pre-equilibrium Kinetics.png 6,034 × 3,515; 1.78 MB
  
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  Preequilibrium 2.png 3,018 × 1,744; 692 KB
  
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  Preequilibrium.png 2,012 × 1,163; 381 KB
  
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  Presursor-Successor-Formel.jpg 3,042 × 624; 122 KB
  
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  Procesmodel.gif 304 × 135; 2 KB
  
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  Product selectivity.png 3,569 × 1,249; 228 KB
  
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  Q 3 CONTINUAÇÃO DA DEDUÇÃO.png 534 × 126; 5 KB
  
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  Qqqqqqq resta resta resta .png 701 × 104; 6 KB
  
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  Quasi-equilibrium.jpg 512 × 384; 10 KB
  
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  Quasi-equilibrium1-fr.jpg 281 × 254; 43 KB
  
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  Quasi-equilibrium1.jpg 281 × 254; 8 KB
  
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  R to R0 vs. F1 in KIE Competition Reactions.png 690 × 538; 54 KB
  
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  R1 ED EBRT OR FRE .png 581 × 137; 6 KB
  
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  R10 FESTA DE CRENTE.png 1,121 × 196; 13 KB
  
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  R11 FUESTERR LA CASA.png 955 × 206; 12 KB
  
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  R12 DESPACITO SUAVE .png 768 × 193; 9 KB
  
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  R13 GREU FURCAGERABS .png 425 × 110; 3 KB
  
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  R14 GGGER RESTA SERTOJSJG.png 822 × 177; 9 KB
  
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  R15 ESSA É UMA .png 654 × 195; 8 KB
  
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  R16 RESTA SO UMA .png 436 × 204; 6 KB
  
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  R17 SEI SQUE TUDO.png 372 × 235; 6 KB
  
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  R19 SEMPRE QUE FOI TERA IDO.png 368 × 172; 6 KB
  
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  R2 REAÇAO CONTINUAÇÃO .png 633 × 142; 6 KB
  
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  R20 INTEGRANDO LA PUEBRA.png 505 × 210; 8 KB
  
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  R21 SNATOS E SÇSA.png 621 × 216; 9 KB
  
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  R4 TRESTE DE LEPRO INDO.png 969 × 157; 7 KB
  
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  R6 FGFG RRRE HGG.png 948 × 161; 7 KB
  
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  R7- TRANDFORMANDO RESTRE.png 783 × 145; 8 KB
  
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  R8- TRAN TRET TRE TRASDER .png 1,059 × 182; 13 KB
  
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  R9 IGUALDADE DE MONOMEROS.png 409 × 110; 3 KB
  
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  Radical cyclization substituted.png 1,577 × 395; 11 KB
  
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  Radical Cyclization.svg 512 × 186; 5 KB
  
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  Rajahdys.svg 610 × 460; 139 KB
  
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  Rate vs Catalyst Loading at Multiple Conversion Points.png 1,414 × 1,816; 162 KB
  
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  Rds change.png 2,087 × 531; 20 KB
  
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  Reaccion química k version igualada a cero con explicacion.png 1,444 × 345; 54 KB
  
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  Reaction Kinetics comparison between EcDHFR and R67 DHFR.png 1,653 × 691; 68 KB
  
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  Reaction path.JPG 1,030 × 517; 46 KB
  
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  Reaction Progress Kinetics Data Presentation.png 2,134 × 1,838; 463 KB
  
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  Reaction Rate Increase with Increasing Temperature.png 1,026 × 1,031; 21 KB
  
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  Reakcja I rz.svg 915 × 1,520; 61 KB
  
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  Reakcja II rz.svg 915 × 1,619; 54 KB
  
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  Reakcja nastepcza.svg 938 × 762; 41 KB
  
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  Reaktionsgeschwindigkeit-Temperatur2.svg 1,600 × 700; 52 KB
  
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  Reaktionsgeschwindigkeit-Temperatur3.svg 1,024 × 768; 50 KB
  
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  Reaktionskoordinate.svg 659 × 614; 70 KB
  
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  Reaçao 1 v.png 476 × 172; 6 KB
  
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  Reação 2 v.png 454 × 156; 6 KB
  
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  Reação 3 v.png 500 × 117; 5 KB
  
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  Reação 4 v.png 416 × 174; 6 KB
  
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  Reação 5 v.png 416 × 85; 4 KB
  
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  Reação 6 v.png 458 × 121; 5 KB
  
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  Reação 7 v.png 451 × 107; 5 KB
  
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  Reação 8 v.png 442 × 103; 5 KB