Author

Arthur K. Doolittle

Observed names: A. K. Doolittle, ARTHUR K. DOOLITTLE, Arthur Doolittle, Doolittle, Arthur K.

Observed institutions: Arcadia, Union Carbide (United States)

OpenAlex ID: A5064972127

Studies in Newtonian Flow. II. The Dependence of the Viscosity of Liquids on Free-Space

1951 · Arthur K. Doolittle · Journal of Applied Physics · 1,871

Studies in Newtonian Flow. V. Further Verification of the Free-Space Viscosity Equation

1957 · Arthur K. Doolittle, Dortha B. Doolittle · Journal of Applied Physics · 344

Studies in Newtonian Flow. III. The Dependence of the Viscosity of Liquids on Molecular Weight and Free Space (in Homologous Series)

1952 · Arthur K. Doolittle · Journal of Applied Physics · 277

Studies in Newtonian Flow. I. The Dependence of the Viscosity of Liquids on Temperature

1951 · Arthur K. Doolittle · Journal of Applied Physics · 249

Specific Volumes of n-Alkanes.

1964 · Arthur K. Doolittle · Journal of Chemical & Engineering Data · 149

Preparation and Physical Properties of a Series of n-Alkanes

1951 · Arthur K. Doolittle, Roland H. Peterson · Journal of the American Chemical Society · 139

The Technology of Solvents and Plasticizers

2013 · Arthur K. Doolittle · 78

Lacquer Solvents in Commercial Use

1935 · Arthur K. Doolittle · Industrial & Engineering Chemistry · 38

Mechanism of Solvent Action

1944 · Arthur K. Doolittle · Industrial & Engineering Chemistry · 30

Compressions of liquids. I. Apparatus and method of measurement

1960 · Arthur K. Doolittle, Ivan Simon, et al. · AIChE Journal · 28

Application of a mechanistic theory of solvent action to plasticizers and plasticization

1947 · Arthur K. Doolittle · Journal of Polymer Science · 27

Studies in Newtonian Flow. IV. Viscosity vs Molecular Weight in Liquids; Viscosity vs Concentration in Polymer Solutions

1952 · Arthur K. Doolittle · Journal of Applied Physics · 25

Mechanism of Solvent Action.Influence of Molecular Size and Shape on Termperature Dependence of Solvent Ability

1946 · Arthur K. Doolittle · Industrial & Engineering Chemistry · 22

Compressions of liquids. II. Critical evaluation of new n‐alkane data: n‐Heptane to n‐tetracontane

1960 · Arthur K. Doolittle, Dortha B. Doolittle · AIChE Journal · 16

Compressions of liquids. III. Temperature and molecular weight dependence of the Hudleston parameters for the n‐alkanes

1960 · Arthur K. Doolittle, Dortha B. Doolittle · AIChE Journal · 12

A VSE equation of state for normal liquids—I. n-Heptane

1973 · Arthur K. Doolittle · Journal of the Franklin Institute · 9

A VSE equation of state for liquids. V. Poly(tetrafluoroethylene), 600–725 K

1979 · Arthur K. Doolittle · Journal of Applied Polymer Science · 4

A VSE equation of state for liquids—II: n-Alkanes, Benzene, Mercury and Water

1976 · Arthur K. Doolittle · Journal of the Franklin Institute · 4

Comment on the Temperature Dependence of the Viscosity of Liquids

1953 · Arthur K. Doolittle · Journal of Applied Physics · 4

PDF

A VSE equation of state for liquids. VI. Polymethylene 450–650 K

1980 · Arthur K. Doolittle · Journal of Applied Polymer Science · 2

Strength of Nitrocellulose Solvents - Comparative Toluene Dilution Ratios of Pure Solvents and Solvent-Coupler Mixtures-

1938 · Arthur K. Doolittle · Industrial & Engineering Chemistry · 2

Liquid-State Equation for Normal Paraffins

1954 · ARTHUR K. DOOLITTLE · Nature · 1

Application of a mechanistic theory of solvent action to plasticizers and plasticization

1948 · Arthur K. Doolittle · Journal of Polymer Science · 1

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Phase Diagram Method of Solvent Evaluation

1938 · Arthur Doolittle · Industrial & Engineering Chemistry · 1

Solvents

1935 · H. C. Holden, A. K. Doolittle · Industrial & Engineering Chemistry · 1

Works count: 30

Citation count: 3,335

H-index: 14

I10-index: 15