J. W. Cobble

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Standard state thermodynamic properties of aqueous cesium chloride using high dilution calorimetry up to 598.15 K

Essmaiil Djamali, Keith D. Chen, J. W. Cobble, 2009 .

Standard state thermodynamic properties of aqueous sodium perrhenate using high dilution calorimetry up to 598.15 K

Essmaiil Djamali, Keith D. Chen, J. W. Cobble, 2009 .

The Entropy and Structure of the Pervanadyl Ion

J. W. Cobble, M. Lasalle, 1955 .

The Thermodynamic Properties of High Temperature Aqueous Solutions. IV. Entropies of the Ions up to 200 and the Correspondence Principle

J. W. Cobble, C. M. Criss, 1964 .

A comparison of reactions induced by medium-energy 3He and 4He ions in heavy target nuclei

P. J. Daly, J. W. Cobble, N. E. Scott, 1968 .

Empirical Considerations of Entropy. III. A Structural Approach to the Entropies of Aqueous Organic Solutes and Complex Ions

J. W. Cobble, 1953 .

Thermodynamic Properties of Technetium and Rhenium Compounds. VI. The Potential of the ReO3/ReO4- Electrode and the Thermodynamics of Rhenium Trioxide1,2

J. W. Cobble, J. P. King, 1957 .

The Precision Determination of Some Half-Lives

J. W. Cobble, R. Atteberry, 1950 .

CHEMISTRY OF TECHNETIUM. II. PREPARATION OF TECHNETIUM METAL

G. W. Parker, W. T. Smith, J. W. Cobble, 1952 .

The Thermodynamic Properties of High Temperature Aqueous Solutions. I. Standard Partial Molal Heat Capacities of Sodium Chloride and Barium Chloride from 0 to 100°1

J. W. Cobble, C. M. Criss, 1961 .

Chemistry of Technetium. I. Preparation of Technetium Heptoxide

W. T. Smith, J. W. Cobble, G. Boyd, 1952 .

The Thermodynamic Properties of High Temperature Aqueous Solutions. V. The Calculation of Ionic Heat Capacities up to 2C0. Entropies and Heat Capacities above 200

J. W. Cobble, C. M. Criss, 1964 .

BINARY AND TERNARY FISSION OF $sup 238$U INDUCED BY INTERMEDIATE-ENERGY $sup 3$He IONS.

J. W. Cobble, K. Macmurdo, 1969 .

TERNARY FISSION OF ²³⁸U INDUCED BY INTERMEDIATE-ENERGY HELIUM IONS.

J. W. Cobble, R. Iyer, 1968 .

EVIDENCE OF TERNARY FISSION AT LOWER ENERGIES

J. W. Cobble, R. Iyer, 1966 .

High dilution calorimetric determination of the standard state thermodynamic differences between the properties of H+(aq) and Na+(aq) up to 598.15 K

Essmaiil Djamali, J. W. Cobble, 2009 .

Field and structure behaviour of electrolytes

J. W. Cobble, U. Sen, R. C. Murray, 1981, Nature.

High-temperature aqueous solutions.

J. W. Cobble, 1966, Science.

Thermodynamic Properties of Technetium and Rhenium Compounds. II. Heats of Formation of Technetium Heptoxide and Pertechnic Acid, Potential of the Technetium-(IV)-Technetium(VII) Couple, and a Potential Diagram for Technetium1,2

W. T. Smith, J. W. Cobble, G. Boyd, 1953 .

Thermodynamic Properties of Technetium and Rhenium Compounds. I. Vapor Pressures of Technetium Heptoxide, Pertechnic Acid and Aqueous Solutions of Pertechnic Acid1,2

W. T. Smith, J. W. Cobble, G. Boyd, 1953 .

Recoil Reactions with High Intensity Slow Neutron Sources. II. The Retention of Radiobromine by Crystalline KBrO31

J. W. Cobble, G. Boyd, 1952 .

High-temperature thermodynamic data for species in aqueous solution. Final report

J. W. Cobble, K. Chen, P. Turner, 1982 .

Empirical Considerations of Entropy. II. The Entropies of Inorganic Complex Ions

J. W. Cobble, 1953 .

SUPERCONDUCTIVITY OF TECHNETIUM

J. W. Cobble, J. Daunt, 1953 .

Recoil Reactions with High Intensity Slow Neutron Sources. I.1 The Szilard-Chalmers Enrichment of 35.9 h Br82

J. W. Cobble, G. Boyd, S. Wexler, 1952 .

The Chemistry of Ruthenium(IV). I. Ruthenyl and the Nature of Ru(IV) in Perchloric Acid Solutions1

J. W. Cobble, F. Gortsema, 1961 .

THE INDUCED OXIDATION OF BOUND WATER BY RUTHENIUM(IV)1

J. W. Cobble, F. Gortsema, 1959 .

A high-temperature high-pressure calorimeter for determining heats of solution up to 623 K.

Essmaiil Djamali, J. W. Cobble, P. Turner, 2010, The Review of scientific instruments.

Thermodynamic properties of high-temperature aqueous solutions. XI. Calorimetric determination of the standard partial molal heat capacity and entropy of sodium chloride solutions from 100 to 200.deg.

J. W. Cobble, W. L. Gardner, R. Mitchell, 1969 .

Standard-state entropies for the aqueous trivalent lanthanide and yttrium ions

J. W. Cobble, R. Hinchey, 1970 .

Thermodynamic functions for Pu3.dag.(aq) and the entropies for some trivalent actinide ions

J. W. Cobble, R. Hinchey, 1970 .

AN ULTRASENSITIVE THERMISTOR MICROCALORIMETER AND HEATS OF SOLUTION OF NEPTUNIUM, URANIUM AND URANIUM TETRACHLORIDE1

J. W. Cobble, G. R. Argue, E. E. Mercer, 1961 .

THE HEAT OF FORMATION OF THE HYPOBROMITE ION1

J. W. Cobble, J. E. McDonald, 1961 .

The influence of environmental temperatures on the composition of milk of the dairy cow

J. W. Cobble, H. Herman, 1951 .

HELIUM-ION-INDUCED FISSION CROSS SECTIONS OF U$sup 233$ AND U$sup 238$ AND THE NUCLEAR RADII OF HEAVY ELEMENTS

L. J. Colby, J. W. Cobble, M. Shoaf, 1961 .

EXCITATION FUNCTIONS FOR THE HELIUM-ION-INDUCED FISSION OF RHENIUM, LUTETIUM AND THULIUM.

G. Raisbeck, J. W. Cobble, 1967 .

Mass Distribution in the Fission of Np237 and Pu239 by Intermediate-Energy Helium Ions

J. W. Cobble, N. Wogman, J. Powers, 1966 .

CHARGE DISTRIBUTION IN THE FISSION OF URANIUM ISOTOPES INDUCED BY 20-40 MEV HELIUM IONS

L. J. Colby, J. W. Cobble, 1961 .

Radiochemical Studies of the Fission ofU235Induced by Helium Ions

J. W. Cobble, R. Gunnink, 1959 .

Decay of Ru 105 , Pd 109 , and Rb 86

J. W. Cobble, H. Brandhorst, 1962 .

FISSION OF $sup 232$Th INDUCED BY INTERMEDIATE-ENERGY $sup 4$He IONS.

J. W. Cobble, T. Rogiński, Michael S. Davis, 1971 .

Sensitivity Charts for Neutron Activation Analysis

L. J. Colby, J. W. Cobble, 1959 .

The transuranium elements: Glenn T. Seaborg: Yale University Press, 1958. 328 pp., $7.00

J. W. Cobble, 1959 .

Empirical Considerations of Entropy. I. The Entropies of the Oxy‐Anions and Related Species

J. W. Cobble, 1953 .

The Self-diffusion Coefficients of the Ions in Aqueous Sodium Chloride and Sodium Sulfate at 25°

J. M. Nielsen, J. W. Cobble, A. Adamson, 1952 .

Thermodynamic Properties of Technetium and Rhenium Compounds. III. Heats of Formation of Rhenium Heptoxide and Trioxide, and a Revised Potential Diagram for Rhenium1

W. T. Smith, J. W. Cobble, G. Boyd, 1953 .

The Thermodynamic Properties of Technetium and Rhenium Compounds. VII. Heats of Formation of Rhenium Trichloride and Rhenium Tribromide. Free Energies and Entropies1,2

J. W. Cobble, J. P. King, 1960 .

Thermodynamic properties for the dissociation of bisulfate ion and the partial molal heat capacities of bisulfuric acid and sodium bisulfate over an extended temperature range

J. W. Cobble, J. M. Readnour, 1969 .

The Thermochemical Properties of Uranium Compounds.

J. W. Cobble, 1963 .

Thermodynamic studies on heavy elements and studies in nuclear chemistry. Annual report for the period February 1972--January 1973.

J. W. Cobble, 1973 .

The Electron Transfer Exchange Reaction of Ferricyanide and Ferrocyanide Ions

J. W. Cobble, A. Adamson, 1950 .

Thermodynamic properties of high-temperature aqueous solutions. X. Electrode potentials of sulfate ion electrodes from 0 to 100.deg.. Activity coefficients and the entropy of aqueous sulfuric acid

J. W. Cobble, W. L. Gardner, R. Mitchell, 1969 .

Absolute Beta Standardization Using 4 Pi Beta-Gamma Coincidence Techniques

L. J. Colby, J. W. Cobble, R. Gunnink, 1959 .

Thermodynamic properties of oxygenated sulfur complex ions. Heat capacity from 5 to 300.deg.K for K2S4O6(c) and from 273 to 373.deg.K for S4O62-(aq). Revised thermodynamic functions for HSO3-(aq), SO32-(aq), S2O32-(aq) and S4O62-(aq) at 298.deg.K. Revised potential of the thiosulfate-tetrathionate e

H. P. Stephens, E. Westrum, J. W. Cobble, 1972 .

The Thermodynamic Properties of High Temperature Aqueous Solutions. II. Standard Partial Molal Heat Capacities of Sodium Perrhenate and Perrhenic Acid from 0 to 100

J. W. Cobble, J. C. Ahluwalia, 1964 .

Standard state thermodynamic properties of completely ionized aqueous sodium sulfate using high dilution calorimetry up to 598.15 K.

Essmaiil Djamali, Keith D. Chen, J. W. Cobble, 2009, The journal of physical chemistry. B.

Thermodynamic Properties of Technetium and Rhenium Compounds. IV. Low Temperature Heat Capacity and Thermodynamics of Rhenium1

W. T. Smith, J. W. Cobble, G. D. Oliver, 1953 .

Thermodynamic properties of high-temperature aqueous solutions. IX. Standard partial molal heat capacities of sodium sulfate and sulfuric acid from 0 to 100.deg.

J. W. Cobble, W. L. Gardner, E. Jekel, 1969 .

The Thermodynamic Properties of High Temperature Aqueous Solutions. VI. Applications of Entropy Correspondence to Thermodynamics and Kinetics

J. W. Cobble, 1964 .