Keith J. Laidler
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British-born chemist
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Chemistry
Keith J. Laidler's Degrees
- Bachelors Chemistry University of Manchester
Why Is Keith J. Laidler Influential?
(Suggest an Edit or Addition)According to Wikipedia, Keith James Laidler , born in England, was notable as a pioneer in chemical kinetics and authority on the physical chemistry of enzymes. Education Laidler received his early education at Liverpool College. He received his BA and MA degrees from Oxford University as a student of Trinity College. His MA was in the area of chemical kinetics under Cyril Hinshelwood. He completed his PhD in 1940 from Princeton University, with a thesis entitled: The Kinetics of Reactions in Condensed and Heterogeneous Systems, under Henry Eyring. He was a National Research Council of Canada Postdoctoral Fellow . He died in Ottawa in 2003.
Keith J. Laidler's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- The development of the Arrhenius equation (1984) (937)
- The theory of rate processes : the kinetics of chemical reactions, viscosity, diffusion and electrochemical phenomena (1941) (885)
- Development of transition-state theory (1983) (743)
- The chemical kinetics of enzyme action (1973) (498)
- Theories Of Chemical Reaction Rates (1969) (381)
- Symmetries of activated complexes (1968) (365)
- A glossary of terms used in chemical kinetics, including reaction dynamics (IUPAC Recommendations 1996) (1996) (208)
- The World of Physical Chemistry (1978) (191)
- The influence of the solvent on reaction rates (1956) (162)
- THE EFFECT OF SOLVENTS ON REACTION RATES (1939) (134)
- THEORY OF THE TRANSIENT PHASE IN KINETICS, WITH SPECIAL REFERENCE TO ENZYME SYSTEMS (1955) (117)
- Kinetic laws for solid-supported enzymes (1970) (103)
- [10] Temperature effects in enzyme kinetics (1979) (98)
- Molecular Mechanisms for Hydrolytic Enzyme Action. I. Apparent Non-competitive Inhibition, with Special Reference to Acetylcholinesterase (1961) (95)
- A SYSTEM OF MOLECULAR THERMOCHEMISTRY FOR ORGANIC GASES AND LIQUIDS (1956) (89)
- Kinetic studies on solid-supported -galactosidase. (1972) (80)
- Molecular kinetics of muscle adenosine triphosphatase. (1952) (79)
- Symmetry Numbers and Statistical Factors in Rate Theory (1965) (76)
- [9] The kinetics of immobilized enzyme systems (1980) (76)
- Application of the Theory of Absolute Reaction Rates to Overvoltage (1939) (75)
- Theory of the kinetics of reactions catalyzed by enzymes attached to the interior surfaces of tubes (1974) (74)
- The Molecular Kinetics of the Urea-Urease System. I. The Kinetic Laws (1949) (70)
- A Kinetic Study of Photo-oxidations on the Surface of Zinc Oxide in Aqueous Suspensions (1953) (70)
- Thermodynamics of ionization processes in aqueous solution. Part 1.—General theory of substituent effects (1959) (63)
- The chemical kinetics of excited states (1955) (63)
- Kinetic analysis for solid-supported enzymes. (1973) (60)
- Chemical kinetics / Keith J. Leidler (1987) (59)
- Application of the Theory of Absolute Reaction Rates to Heterogeneous Processes I. The Adsorption and Desorption of Gases (1940) (58)
- Theory of the kinetics of reactions catalyzed by enzymes attached to membranes (1974) (57)
- The molecular kinetics of the urea-urease system. IV. The reaction in an inert buffer. (1953) (56)
- The Mechanism of Processes Initiated by Excited Atoms I. The Quenching of Excited Sodium (1942) (55)
- Kinetic studies of coke formation in hydrocarbon fractions of heavy crudes (1984) (55)
- Study of reactivity of tryptophan residues in serum albumins and lysozyme by N-bromosuccinamide fluorescence quenching. (1980) (53)
- Elementary processes in the acetaldehyde pyrolysis (1968) (52)
- A SYSTEM OF MOLECULAR THERMOCHEMISTRY FOR ORGANIC GASES AND LIQUIDS: PART II. EXTENSION TO COMPOUNDS CONTAINING SULPHUR AND OXYGEN (1960) (52)
- Molecular Mechanisms for Hydrolytic Enzyme Action. II. Inhibition of Acetyl-cholinesterase by Excess Substrate (1961) (49)
- The influence of dielectric saturation on the thermodynamic properties of aqueous ions (1957) (46)
- Flow kinetics of L‐asparaginase attached to nylon tubing (1974) (46)
- Temperature effects in enzyme kinetics. (1979) (45)
- SOME THEORETICAL ASPECTS OF ELECTRON-TRANSFER PROCESSES IN AQUEOUS SOLUTION (1959) (43)
- Rate controlling step: A necessary or useful concept? (1988) (42)
- The Kinetics of Membrane Processes. I. The Mechanism and the Kinetic Laws for Diffusion through Membranes (1949) (42)
- THE PARTIAL MOLAL VOLUMES OF IONS IN AQUEOUS SOLUTION: I. DEPENDENCE ON CHARGE AND RADIUS (1956) (42)
- The Kinetics of Heterogeneous Atom and Radical Reactions. I. The Recombination of Hydrogen Atoms on Surfaces (1949) (42)
- The influence of pH on the rates of enzyme reactions. Part 1.—General theory (1955) (41)
- Chemical kinetics and the origins of physical chemistry (1985) (41)
- Unconventional applications of the Arrhenius law (1972) (40)
- Kinetic consequences of the principle of microscopic reversibility (1966) (39)
- The Molecular Kinetics of the Urea-Urease System. II. The Inhibition by Products1 (1950) (39)
- Substituent Effects in the Acid and Base Hydrolyses of Aromatic Amides1 (1951) (37)
- Elementary reactions in the gas phase involving excited electronic states. (1951) (37)
- Physical chemistry with biological applications (1978) (37)
- Vibrationally Adiabatic Model for the Dynamics of H+H2 Systems (1970) (37)
- PRESSURE AND TEMPERATURE EFFECTS ON THE KINETICS OF THE ALKALINE FADING OF ORGANIC DYES IN AQUEOUS SOLUTION (1959) (36)
- Thermodynamics of the ionization of substituted phenols (1962) (36)
- Molecular kinetics of beef heart lactate dehydrogenase. (1974) (36)
- The influence of pH on the rates of enzyme reactions. Part 3.—Analysis of experimental results for various enzyme systems (1955) (36)
- The Molecular Kinetics of the Urea-Urease System. III. Heats and Entropies of Complex Formation and Reaction1 (1950) (34)
- The mechanism of the acetaldehyde pyrolysis (1967) (33)
- Some kinetic and mechanistic aspects of hydrolytic enzyme action (1955) (32)
- Kinetics and mechanisms of the thermal decomposition of propane I. The Uninhibited of reaction (1962) (30)
- Kinetics of the Decomposition of Diethyl Peroxide (1952) (30)
- Mercury-photosensitized decomposition of dimethyl ether. Part II. The thermal decomposition of the methoxymethyl radical (1967) (30)
- Energy bands in reactive collisions. I. H+H2 on the collinear SSMK surface (1976) (29)
- Molecular kinetics of muscle adenosine triphosphatase. II. Solvent and structural effects. (1953) (29)
- Kinetics and thermodynamics of lactate dehydrogenases from beef heart, beef muscle, and flounder muscle. (1975) (29)
- Molecular Mechanisms for Hydrolytic Enzyme Action. IV. The Structure of the Active Center and the Reaction Mechanism (1961) (28)
- The Kinetics of Membrane Processes. III. The Diffusion of Various Non‐Electrolytes through Collodion Membranes (1949) (28)
- Catalysis and Inhibition of Chemical Reactions. (1964) (28)
- THERMOCHEMICAL STUDIES OF SOME ALCOHOL–ISOCYANATE REACTIONS (1962) (28)
- HEATS OF VAPORIZATION OF A SERIES OF ALIPHATIC ALCOHOLS (1963) (28)
- Some aspects of cis-trans-isomerization mechanisms (1968) (28)
- THERMOCHEMICAL STUDIES OF SOME ACRYLATE AND METHACRYLATE POLYMERIZATIONS IN EMULSION SYSTEMS (1964) (28)
- Selected readings in chemical kinetics (1967) (27)
- Transient-phase studies of a trypsin-catalyzed reaction (1970) (27)
- Too Much to Know. (1974) (27)
- Reactivity bands in atom–molecule collisions. III. The coplanar (H, H2) reaction (1977) (26)
- Solvent Effects in the α-Chymotrypsin—Hydrocinnamic Ester System1 (1952) (26)
- Mechanisms of action of trypsin and chymotrypsin (1969) (26)
- FREE RADICAL MECHANISMS FOR INHIBITED ORGANIC DECOMPOSITIONS (1960) (26)
- Steady-state kinetics of enzyme reactions in the presence of added nucleophiles. (1972) (26)
- The Mechanism of Processes Initiated by Excited Atoms II. Photosensitization by Excited Mercury and Cadmium (1942) (26)
- THE ENTROPIES OF IONS IN AQUEOUS SOLUTION: I. DEPENDENCE ON CHARGE AND RADIUS (1956) (26)
- Introduction to the chemistry of enzymes (1954) (25)
- The mechanisms of some elementary surface reactions. (1949) (25)
- Kinetics of α-chymotrypsin action. I. pH, solvent, and temperature effects (1967) (25)
- High Frequency Factors in Unimolecular Reactions (1959) (25)
- Molecular Mechanisms for Hydrolytic Enzyme Action (1961) (24)
- THEORY OF THE TRANSIENT PHASE IN KINETICS, WITH SPECIAL REFERENCE TO ENZYME SYSTEMS: II. THE CASE OF TWO ENZYME–SUBSTRATE COMPLEXES (1956) (24)
- Discontinuous model for hydration of monatomic ions (1967) (24)
- Immobilized electric eel acetylcholinesterase. I. Kinetics of acetylcholinesterase trapped in polyacrylamide membranes. (1975) (24)
- Some aspects of the theory of unimolecular gas reactions (1959) (24)
- Temperature and pH effects with immobilized electric eel acetylcholinesterase. (1978) (23)
- The influence of pressure on the kinetics of the alkaline hydrolysis of esters and amides (1958) (23)
- Microwave Spectroscopic Investigation of the Kinetics of the Heterogeneous Ammonia‐Deuterium Exchange (1951) (23)
- Application of the Theory of Absolute Reaction Rates to Heterogeneous Processes II. Chemical Reactions on Surfaces (1940) (23)
- KINETIC STUDIES OF SOME ALCOHOL–ISOCYANATE REACTIONS (1962) (23)
- Unreactive energy bands in atom-molecule collisions (1975) (22)
- Theory of the unimolecular decomposition of ethane and of the ethyl and methoxymethyl radicals (1968) (22)
- The influence of hydrostatic pressure on the rates of ionic reactions (1955) (22)
- pH Effects in trypsin catalysis (1969) (22)
- The kinetics of immobilized enzyme systems. (1980) (22)
- Immobilized electric eel acetylcholinesterasemii. II. Flow kinetics of acetylcholinesterase chemically attached to nylon tubing. (1975) (22)
- Kinetics and mechanisms of the thermal decomposition of ethane - I. The uninhibited reaction (1961) (22)
- Theoretical aspects of gas-phase thermal isomerizations (1968) (22)
- Molecular Mechanisms for Hydrolytic Enzyme Action. III. A General Mechanism for the Inhibition of Acetylcholinesterase (1961) (22)
- Kinetics and mechanisms of the pyrolysis of diethyl ether I. The uninhibited reaction (1964) (22)
- The influence of pH on the rates of enzyme reactions. Part 2.—The nature of the enzyme-substrate interaction (1955) (21)
- Kinetics of the thermal decomposition of propylene, and of propylene-inhibited hydrocarbon decompositions (1960) (21)
- Thermal decomposition of the ethyl radical (1967) (21)
- Electrical conductivities of quaternary ammonium salts in acetone. Part I. Pressure and temperature effects (1968) (21)
- Flow Kinetics of β-Galactosidase Chemically Attached to Nylon Tubing (1975) (21)
- Chemical kinetics and the radiation hypothesis (1984) (21)
- THE ENTROPIES OF IONS IN AQUEOUS SOLUTION: II. AN EMPIRICAL EQUATION FOR OXY-ANIONS (1957) (21)
- KINETICS OF THE DECOMPOSITIONS OF ETHANE AND PROPANE SENSITIZED BY AZOMETHANE: THE DECOMPOSITION OF THE NORMAL PROPYL RADICAL (1966) (20)
- KINETICS AND MECHANISMS OF THE PYROLYSIS OF n-BUTANE: PART I. THE UNINHIBITED DECOMPOSITION (1963) (20)
- Flow kinetics of lactate dehydrogenase chemically attached to nylon tubing. (1978) (20)
- Elementary Processes in the Radiation Chemistry of Water (1954) (19)
- THEORETICAL ASPECTS OF THE UNIMOLECULAR DECOMPOSITION OF NITROUS OXIDE (1958) (19)
- Transient-phase kinetics of α-chymotrypsin and other enzyme systems (1974) (18)
- RATES OF POLYMERIZATION OF ACRYLATES AND METHACRYLATES IN EMULSION SYSTEMS (1964) (18)
- Nitrogen compounds other than NO in automobile exhaust gas. (1972) (18)
- THE HEAT OF NEUTRALIZATION OF STRONG ACIDS AND BASES IN HIGHLY DILUTE AQUEOUS SOLUTIONS (1956) (18)
- The Molecular Kinetics of Pepsin-Catalyzed Reactions1 (1950) (18)
- Mercury-photosensitized decomposition of dimethyl ether. Part I. Mechanism (1967) (17)
- The influence of pH on the rates of enzyme reactions. Part 4.—The hydrolysis of methyl hydrocinnamate catalyzed by α-chymotrypsin (1956) (17)
- Kinetics of the Mercury-Photosensitized Decomposition of Propane. Part II. Reactions of the Propyl Radicals (1971) (17)
- Kinetics and mechanisms of the thermal decomposition of ethane - II. The reaction inhibited by nitric oxide (1961) (17)
- Hydrolysis of D‐galactosides in an open tubular lactase reactor (1976) (17)
- Kinetics of acetylcholinesterase immobilized on polyethylene tubing. (1979) (17)
- Effects of pressure and temperature on the structure of liquid acetone (1967) (17)
- The Talking Ape (1980) (17)
- KINETICS AND MECHANISMS OF THE PYROLYSIS OF DIMETHYL ETHER: II. THE REACTION INHIBITED BY NITRIC OXIDE AND PROPYLENE (1963) (16)
- The Kinetics and Mechanism of the Heat Inactivation of Pepsin1 (1951) (16)
- The urease-catalyzed hydrolyses of some substituted ureas and esters of carbamic acid. (1970) (16)
- Inhibition of organic decompositions (1963) (16)
- The Mechanism of Processes Initiated by Excited Atoms III. Photo‐Sensitized Hydrocarbon Reactions (1947) (16)
- Transient-phase and steady-state kinetics for enzyme systems involving two substrates. (1973) (16)
- KINETICS AND MECHANISMS OF THE PYROLYSIS OF DIMETHYL ETHER: I. THE UNINHIBITED REACTION (1963) (16)
- The influence of pH on the rates of enzyme reactions. Part 5.—The case of several enzyme-substrate intermediates (1960) (15)
- General steady-state equations in enzyme and other catalyzed reactions (1956) (15)
- Dynamics of collinear A + BC systems (1973) (15)
- Molecular kinetics of muscle adenosinetriphosphatase. III. Influence of hydrostatic pressure. (1955) (15)
- Continuous dielectric model for hydration of monatomic ions (1967) (15)
- Thermochemistry of the methoxymethyl radical (1967) (15)
- FALL-OFF BEHAVIOUR AND KINETIC ISOTOPE-EFFECTS IN REACTIONS OF CYCLIC HYDROCARBONS. (1968) (15)
- REACTIONS INVOLVING ELECTRONICALLY-EXCITED OXYGEN (1958) (14)
- The development of theories of catalysis (1986) (14)
- The ethenoxy radical in the pyrolysis of acetaldehyde (1970) (14)
- Kinetics of the ethylene hydrogenation on evaporated nickel and iron films (1961) (14)
- The kinetics of reactions catalyzed by alkaline phosphatase: the effects of added nucleophiles. (1972) (14)
- Kinetic Mechanisms and Hydrocarbon Flame Spectra. (1950) (14)
- Kinetics of the Ammonia‐Deuterium Exchange by a Microwave Method (1951) (14)
- The molecular kinetics of the urea-urease system. VI. The activation of urease by amino acids. (1953) (14)
- Non-Steady-State Kinetics for a Double-Intermediate Enzyme Mechanism: The Case of High Enzyme Concentrations (1972) (14)
- Immobilization and kinetics of lactate dehydrogenase at a rotating nylon disk (1988) (13)
- KINETICS AND MECHANISMS OF THE THERMAL DECOMPOSITION OF ACETALDEHYDE: I. THE UNINHIBITED REACTION (1964) (13)
- Just what is a transition state (1988) (13)
- Kinetics and mechanisms of the pyrolysis of diethyl ether II. The reaction inhibited by nitric oxide (1964) (13)
- The influence of pH and inhibitors on the kinetics of enzyme reactions involving two intermediates (1967) (13)
- Heats of Dissociation of Carbon‐Hydrogen Bonds in Methane and Its Radicals (1949) (13)
- Temperature and pH effects on immobilized lactate dehydrogenase kinetics. (1980) (13)
- Microcalometric studies of heats of neutralization and ionization of some weak acids in highly dilute aqueous solutions (1958) (12)
- Thermodynamics of ionization processes in aqueous solution. Part 5.—Substituted benzoic acids (1959) (12)
- MICROCALORIMETRIC AND KINETIC STUDIES OF THE α-CHYMOTRYPSIN – HYDROCINNAMIC ESTER – HYDROCINNAMIC ACID SYSTEM (1958) (11)
- THE PARTIAL MOLAL VOLUMES OF IONS IN AQUEOUS SOLUTION: II. AN EMPIRICAL EQUATION FOR OXY-ANIONS (1957) (11)
- The activated complex in heterogeneous catalysis (1950) (11)
- The reactivity of tryptophan residues in proteins. Stopped-flow kinetics of fluorescence quenching. (1979) (11)
- The Kinetics of Membrane Processes. II. Theoretical Pressure‐Time Relationships for Permeable Membranes (1949) (11)
- Influence of premixing on transient-phase kinetics for two-substrate enzyme systems (1973) (11)
- To Light Such a Candle: Chapters in the History of Science and Technology (1998) (11)
- The kinetics of electrode processes (1970) (10)
- KINETICS AND MECHANISMS OF THE THERMAL DECOMPOSITION OF PROPIONALDEHYDE: PART I. THE UNINHIBITED REACTION (1965) (10)
- KINETICS AND MECHANISMS OF THE PYROLYSIS OF n-BUTANE: PART II. THE REACTION INHIBITED BY NITRIC OXIDE (1963) (10)
- Lessons from the History of Chemistry (1995) (10)
- 330. The factors determining the velocity of reactions in solution. The formation of quaternary ammonium salts (1938) (10)
- KINETICS OF THE INHIBITION OF α-CHYMOTRYPSIN BY METHANOL AND DFP (1959) (10)
- 167. The activation energy of organic reactions. Part II. The formation of quaternary ammonium salts (1938) (10)
- Flow kinetics of immobilized beta-glucosidase. (1986) (10)
- KINETICS AND MECHANISMS OF REACTIONS CATALYZED BY PANCREATIC RIBONUCLEASE (1966) (10)
- The Kinetic Laws in Catalyzed Systems. II. Reactions Involving Two Substrates or a Substrate and a Coenzyme. (1950) (10)
- Squirrels in Britain (1980) (10)
- Kinetics of the hydrolysis of cellobiose catalysed by β-glucosidase (1985) (10)
- Effect of temperature on the fluorescence quenching by N-bromosuccinamide of tryptophan residues in proteins (1979) (10)
- The Electronic State of the Methylene Radical (1949) (9)
- Some properties alpha-chymotrypsin and beta-galactosidase supported in polyacrylamide gels. (1973) (9)
- Kinetics of Combustion. Relation to Emission Flame Spectroscopy (1951) (9)
- Transient-phase and steady-state kinetics for enzyme activation. (1973) (9)
- Pressure Effects in the Solvolysis of Benzyl Chlorides (1969) (9)
- The pyrolysis of ethane in the presence of nitric oxide (1970) (9)
- The molecular kinetics of the urea-urease system. V. Relationship between activity and concentration of urease solutions. (1953) (9)
- Transient-phase and steady-state kinetics for inhibited enzyme systems. II. Double-intermediate mechanisms. (1973) (9)
- Statistical factors for chemical reactions (1970) (9)
- 166. The activation energy of organic reactions. Part I. Electronic theories of organic chemistry from the standpoint of chemical kinetics (1938) (9)
- Kinetics of yeast alcohol dehydrogenase and its coenzyme coimmobilized in a tubular flow reactor (1982) (9)
- Thermodynamics of ionization processes in aqueous solution. Part 2.—Methyl-substituted pyridines (1959) (9)
- Flow kinetics of yeast alcohol dehydrogenase attached to nylon tubing. (1980) (9)
- KINETICS OF THE CATALYZED HYDROLYSIS OF p-NITROPHENYL ACETATE (1964) (8)
- Homogeneous gas reactions (1963) (8)
- The Formation of Electronically Excited Oxygen in the Carbon Monoxide Flame (1949) (8)
- The graduate student seminar (1971) (8)
- THEORIES OF INHIBITION BY NITRIC OXIDE (1966) (8)
- Influence of pH on the kinetics of reactions catalyzed by alkaline phosphatase. (1973) (8)
- A theory of non-adiabatic electron-transfer in aqueous solution (1963) (8)
- Surveillance Unlimited: How We've Become the Most Watched People on Earth (2008) (8)
- The influence of pH on the rates of enzyme reactions. Part 6.—Reactions catalyzed by acetylcholinesterase (1960) (8)
- Theoretical aspects of atom and radical combination reactions (1963) (8)
- A flow method for determination of the kinetic parameters for immobilized enzymes. (1975) (7)
- Continuous dielectric model for hydration of dipolar molecules (1967) (7)
- Kinetics of α-chymotrypsin action. III. Mechanisms of inhibition (1967) (7)
- A BRIEF HISTORY OF ENZYME KINETICS (1997) (7)
- The Kinetics of Heterogeneous Atom and Radical Reactions. II. The Recombination of Hydroxyl Radicals (1949) (7)
- KINETICS AND MECHANISMS OF THE THERMAL DECOMPOSITION OF PROPIONALDEHYDE: PART II. THE REACTION IN THE PRESENCE OF NITRIC OXIDE (1964) (7)
- The origin of reactivity bands in atom—molecule collisions (1977) (7)
- The Kinetic Laws in Catalyzed Systems. I. Reactions Involving a Single Substrate. (1950) (7)
- Rene Marcelin (1885-1914), a short-lived genius of chemical kinetics (1985) (7)
- Rate, order and molecularity in chemical kinetics. (1948) (7)
- Kinetics of the Mercury-Photosensitized Decomposition of Neopentane. Part I. The Overall Mechanism (1971) (7)
- Kinetic equations for consecutive reversible reactions with special reference to protein denaturations (1972) (7)
- CHAPTER V – The Kinetics of Supported Enzyme Systems (1971) (7)
- The pyrolysis of acetaldehyde in the presence of nitric oxide (1970) (7)
- Electrical conductivities of quaternary ammonium salts in acetone.: Part III. Ion-pair formation (1968) (6)
- KINETIC EQUATIONS FOR ENZYME REACTIONS IN THE PRESENCE OF POWERFUL INHIBITORS (1959) (6)
- Kinetic equations and mechanisms for activation and inhibition in enzyme systems. (1983) (6)
- Chemical kinetics and the Oxford College Laboratories (1988) (6)
- Four-and five-step kinetic models of lactate dehydrogenase. (1976) (6)
- pH dependence of free and immobilized yeast alcohol dehydrogenase kinetics. (1982) (6)
- ELEMENTARY PROCESSES IN THE DECOMPOSITION OF OZONE (1962) (6)
- The vibration and decomposition of the hydrogen peroxide molecule (1959) (6)
- Mechanisms of Exchange and Hydrogenation Reactions of Olefins (1952) (6)
- MICROCALORIMETRY OF THE ADSORPTION OF WATER VAPOR ON SODIUM CHLORIDE (1958) (6)
- Transient kinetics of the acetylcholinesterase catalyzed hydrolysis of N-methylindoxyl acetate. (1975) (6)
- A century of solution chemistry (1990) (5)
- The disproportionation–combination ratio and its correlation with the entropy change (1971) (5)
- The meaning of "adiabatic" (1994) (5)
- The Current Status of Eyring's Rate Theory (2007) (5)
- Kinetics of Surface Reactions in the Case of Interactions between Adsorbed Molecules (1953) (5)
- A REPORT ON A SYMPOSIUM HELD BY THE PHYSICAL CHEMISTRY DIVISION OF THE CHEMICAL INSTITUTE OF CANADA (1958) (5)
- THE VARIATION OF RATE OF DESORPTION WITH EXTENT OF SURFACE COVERAGE (1950) (5)
- Chapter 1 The Decomposition and Isomerization of Hydrocarbons (1972) (5)
- Kinetics of the Mercury-Photosensitized Decomposition of Neopentane. Part II. Reactions of the Methyl and Neopentyl Radicals (1972) (5)
- Mechanisms of Surface Reactions involving Hydrogen. (1951) (5)
- The last empress : the She-Dragon of China (2003) (5)
- Electrical conductivities of quaternary ammonium salts in acetone.: Part II. The mechanisms of transport (1968) (5)
- Mechanisms of Surface-Catalyzed Reactions. I. The Parahydrogen,Conversion,on,Tungsten (1953) (4)
- The vibration and decomposition of the ozone molecule (1959) (4)
- Comments on ``Partial Molal Entropies of Ions in Aqueous Solution'' by P. C. Scott and Z Z. Hugus (1957) (4)
- ELEMENTARY PROCESSES IN THE RADIOCHEMICAL EXCITATION OF GASEOUS OXYGEN (1958) (4)
- Chemical reactions and transformations at high pressures. The role of the solvent in chemical reactions, as revealed by high pressure studies (1956) (4)
- KINETICS AND MECHANISMS OF THE PYROLYSIS OF DIMETHYL ETHER: III. THE REACTION ACCELERATED BY HYDROGEN SULPHIDE (1963) (4)
- Units of an equilibrium constant (1990) (3)
- Reactions in Solution: General Principles (1963) (3)
- Molecular Kinetics of Hydrogenation and Exchange Reactions of Ethylene at Surfaces (1953) (3)
- Molecular Kinetics and Mechanism of Methane-Deuterium Exchange Reactions on Nickel (1953) (3)
- The mechanism of the heat inactivation of pepsin. (1950) (3)
- Chemical kinetics / by Keith J. Laidler (1950) (3)
- Reactions in solution (1963) (3)
- The pyrolysis of ethers (2010) (3)
- The pyrolyses of tri‐ and tetramethylethylene in the presence of nitric oxide (1972) (3)
- Excited State of Oxygen Reached by Energy Transfer from Mercury 3P1 (1959) (3)
- Kinetics of the Mercury-Photosensitized Decomposition of Neopentane. Part III. The Secondary Reactions (1972) (3)
- A New Theory of Overvoltage (1939) (3)
- Temperature effects with immobilized yeast alcohol dehydrogenase in flow systems. (1980) (3)
- The chemical history of a current (1997) (2)
- Essay Review From Classical to Modern Chemistry: The Instrumental Revolution Reviewed by Keith J. Laidler, University of Ottawa, Ottawa, Canada (2004) (2)
- KINETIC LAWS FOR SURFACE REACTIONS IN FLOW SYSTEMS (1958) (2)
- Some Reaction Mechanisms in Solution (1963) (2)
- Energy And The Unexpected (2002) (2)
- The contribution of electrochemistry to the development of chemical kinetics (1989) (2)
- The mechanisms of some elementary reactions occurring in flames (1948) (2)
- Thermodynamic profiles for alcohol dehydrogenase action in free solution. (1983) (2)
- Systems in Solution (1972) (2)
- Fission, fusion and fuel economy (1975) (1)
- Alcohol dehydrogenase coimmobilized with its coenzyme. (1987) (1)
- International Union for Pure and Applied Chemistry (1)
- The nuclear energy industrial complex and synthetic fuels (1975) (1)
- Aspects of physical and cognitive development in the infant orang-utan (Pongo pygmaeus) during the first fifteen months of life (1978) (1)
- Basic Kinetic Laws (1963) (1)
- Uranium and thorium: future energy sources (1975) (1)
- CHAPTER 2 – Molecular Kinetics (1963) (1)
- Reactivity Maps for Atom-Molecule Collisions (1977) (1)
- Complex Gas Reactions (1963) (1)
- Some new horizons in chemical kinetics. (1967) (1)
- The safety of nuclear technology (1975) (0)
- L. Farkas memorial (1953) (0)
- Kinetics of the enzyme-catalyzed oxidation of lactic acid. (1950) (0)
- * Publication hasbeensupported bytheNational Science Foundation. tResearch Professor, Australian-American Educational Foundation. Permanent address: (1966) (0)
- Chemical Kinetics. (Mathematics, Physical Sciences, and Engineering: Catalysis and Inhibition of Chemical Reactions) (1964) (0)
- Chemical Kinetics: Catalysis and Inhibition of Chemical Reactions . P. G. Ashmore. Butterworth, Washington, D.C., 1963. xii + 375 pp. Illus. $14.95. (1964) (0)
- Book Reviews (2002) (0)
- Stopped‐flow kinetic studies of the cellulase‐catalyzed conversion of cellulose to glucose (1983) (0)
- Elementary Gas Reactions (1963) (0)
- Transient-phase and steady-state kinetics for inhibited enzyme systems. I. Single-intermediate mechanisms. (1973) (0)
- Book Reviews (2002) (0)
- Rate expression for activated complexes (1973) (0)
- Flow kinetics of beta-galactosidase chemically attached to nylon tubing. (1975) (0)
- Textbook Forum: Just What Is a Transition State?. (1988) (0)
- TWENTY-FIRST INTERNATIONAL CONFERENCE ON SOLUTION CHEMISTRY : SELECTED PAPERS, OTTAWA, CANADA, 5-10 AUGUST 1990 (1990) (0)
- Kinetics and mechanisms of the thermal decomposition of propane II. The reaction inhibited by nitric oxide (1962) (0)
- Health hazards from nuclear sources (1975) (0)
- Physical chemistry / Keith J. Laidler, John H. Meisher (1982) (0)
- BOOK REVIEWS: Rutherford: Scientist Supreme by John Campbell; Classics in Hydrocarbon Chemistry: Syntheses, Concepts, Perspectives by Henning Hopf (Technical University, Braunschweig, Germany); Kinetics of Homogeneous Multistep Reactions—Comprehensive Chemical Kinetics, Volume 38 by H. G. Helfferich (2001) (0)
- The Reactivity of Tryptophan Residues in Proteins as Studied by the Fluorescence Stopped-Flow Technique (1979) (0)
- Multi-Step Mechanisms for Cholinesterase Activity (1962) (0)
- Kinetics of Pyrolytic Reactions (1964) (0)
- Science and Sensibility (2004) (0)
- Chemichal Kinetics/Keith J. Laidler (1973) (0)
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