Tables of Chemical Kinetics: Homogeneous ReactionsU.S. Department of Commerce, National Bureau of Standards, 1951 - Chemistry |
From inside the book
Results 1-5 of 100
Page 3
... COMMENTS The kinetics. Homogeneous Reaction Kinetics 101.000 . No. Reaction .6 2 p - H2 → o - H2 ( continued ) from ... law Temperature k = k ° x 107 В k ° ko AX k ( A − A ̧ ) ( A + L ) 1/8 420 1.9 480 7.5 660 1.4 700 4.3 n Comments ...
... COMMENTS The kinetics. Homogeneous Reaction Kinetics 101.000 . No. Reaction .6 2 p - H2 → o - H2 ( continued ) from ... law Temperature k = k ° x 107 В k ° ko AX k ( A − A ̧ ) ( A + L ) 1/8 420 1.9 480 7.5 660 1.4 700 4.3 n Comments ...
Page 7
... COMMENTS LITERATURE ( 11 .5 Homogeneous Reaction Kinetics 102.000 . No ... law Temperature - k ( A – A ̧ ) X ~ 20 k = * ° x 10 " 1.8 -1 4.4 -1 3.3 -2 ... Comments رهم May , 1950 Literature 3 The formulation ( .2 ) ( .3 ) ( .4 942151 0-51—3 7.
... COMMENTS LITERATURE ( 11 .5 Homogeneous Reaction Kinetics 102.000 . No ... law Temperature - k ( A – A ̧ ) X ~ 20 k = * ° x 10 " 1.8 -1 4.4 -1 3.3 -2 ... Comments رهم May , 1950 Literature 3 The formulation ( .2 ) ( .3 ) ( .4 942151 0-51—3 7.
Page 21
... COMMENTS ( .1. NATIONAL ACADEMY OF SCIENCES APR 8 1952 LIBRARY No. Initial isomer Method Amount of reactant Addend Defined mass- action law Temperature k = k ° x 107 A = 4 ° x 10 " ko n A ° .1 cis - CH , CH : CHCH , ( → trans ) melt 103 ...
... COMMENTS ( .1. NATIONAL ACADEMY OF SCIENCES APR 8 1952 LIBRARY No. Initial isomer Method Amount of reactant Addend Defined mass- action law Temperature k = k ° x 107 A = 4 ° x 10 " ko n A ° .1 cis - CH , CH : CHCH , ( → trans ) melt 103 ...
Page 23
... COMMENTS LITERATURE ( 1 ) G. B. Kistiakowsky , W. R. Smith , ACS 1936 , 58 ... law Temperature k = k ° x 10n ko n .1 cis - refr > 150 k A 352 6 5 .2 trans ... temperature . Ga Gas phase Amounts are in mm Hg . Rates are in mm Hg per sec ...
... COMMENTS LITERATURE ( 1 ) G. B. Kistiakowsky , W. R. Smith , ACS 1936 , 58 ... law Temperature k = k ° x 10n ko n .1 cis - refr > 150 k A 352 6 5 .2 trans ... temperature . Ga Gas phase Amounts are in mm Hg . Rates are in mm Hg per sec ...
Page 25
... law Temperature k = k ° × 10 " ko n Amounts are in mm Hg . Rates are in mm Hg per sec . A = 4 ° × 10 " . E A ° n .2 α - anal k A 226 1.01 -5 5 246 4.46 -5 .3 anal k A 196 1.6 -6 549 37 34 6 5 Comments ( 2 ) ( 2 ) Literature No. CIS ...
... law Temperature k = k ° × 10 " ko n Amounts are in mm Hg . Rates are in mm Hg per sec . A = 4 ° × 10 " . E A ° n .2 α - anal k A 226 1.01 -5 5 246 4.46 -5 .3 anal k A 196 1.6 -6 549 37 34 6 5 Comments ( 2 ) ( 2 ) Literature No. CIS ...
Other editions - View all
Common terms and phrases
1950 Homogeneous Reaction 1950 Literature á á á acid action law Temperature addend Defined mass Aliphatic alkyl halide Amount of addend Amount of reactant aromatic Br₂ Bureau of Standards C_H_OH C. N. Hinshelwood C₂H CH CH CH COOH CH OH CH₂ CH₂OH CHCH CHCH CH CHOCH CHOH Cl₂ có có có COCH Comments Literature COOCH decomposition Defined mass action first-order H₂ H₂O H₂SO halogen Homogeneous Reaction Kinetics k AB 20 law Temperature kº law Temperature Liquid Liquid phase Amounts LITERATURE ¹ M/I per sec mass action law National Bureau National Research Council NO₂ Oxidant rate constants rate law reactant Addend Amount reactant Addend Catalyst reactant Defined mass Reaction Kinetics 212.471 Reaction Medium Solvent Reaction Solvent Amount Reaction type second-order SOLVOLYSIS Standards National Research Supplementary table Temperature Liquid phase که