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M. Wales
Observed names:
MICHAEL WALES,
Michael Wales
Observed institutions:
National Institute of Standards and Technology,
University of Wisconsin–Madison
OpenAlex ID:
A5082560154
The concentration dependence of the sedimentation constants of flexible macromolecules
1954
·
M. Wales
, K. E. Van Holde
·
Journal of Polymer Science
·
154
Steric Rejection of Polymeric Solutes by Membranes with Uniform Pore Size Distribution
1981
·
Leos Zeman
, Michael Wales
·
Separation Science and Technology
·
106
Intrinsic viscosity‐molecular weight relationships for dextran
1953
·
M. Wales
, P. A. Marshall
, et al.
·
Journal of Polymer Science
·
92
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes. VI. Number-Average Molecular Weight and Molecular-Weight Distribution Functions.
1951
·
M. Wales
, F. T. Adler
, et al.
·
The Journal of Physical Chemistry
·
55
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes I. Theory.
1948
·
Michael Wales
·
The Journal of Physical Chemistry
·
50
Theory of Coincidence in Coulter Particle Counters
1961
·
M. Wales
, J. N. Wilson
·
Review of Scientific Instruments
·
46
Molecular weight distribution by velocity ultracentrifugation
1962
·
M. Wales
, S. J. Rehfeld
·
Journal of Polymer Science
·
44
Polymer Solute Rejection by Ultrafiltration Membranes
1981
·
LEOS ZEMAN
, MICHAEL WALES
·
ACS symposium series
·
43
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes. Experiment
1948
·
Michael Wales
, J. W. Williams
, et al.
·
The Journal of Physical Chemistry
·
38
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes
1946
·
Michael Wales
, Margaret Bender
, et al.
·
The Journal of Chemical Physics
·
38
Kinetics and Molecular Weight Distributions for Unsteady-State Polymerizations Involving Termination by Chain Transfer with the Monomer
1959
·
W. T. Kyner
, J. R. M. Radok
, et al.
·
The Journal of Chemical Physics
·
29
Particle Size Distribution in Rubber Latex
1962
·
M. Wales
·
The Journal of Physical Chemistry
·
27
Effect of solvation on sedimentation experiments
1952
·
M. Wales
, J. W. Williams
·
Journal of Polymer Science
·
19
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes. IV. Association ;n Di-lute Cellulose Acetate Solutions.
1951
·
M. Wales
, D. L. Swanson
·
The Journal of Physical Chemistry
·
18
Application of Viscosity Methods to the Study of Branching in Polysaccharides
1953
·
M. Wales
, P. A. Marshall
, et al.
·
Annals of the New York Academy of Sciences
·
15
Compatibility of plasticizers with poly(vinyl chloride)
1971
·
M. Wales
·
Journal of Applied Polymer Science
·
14
Coincidence in Coulter Counters
1962
·
M. Wales
, J. N. Wilson
·
Review of Scientific Instruments
·
14
Sedimentation Equilibria of Polydisperse Non-Ideal Solutes. V. Uses and Limitations of the Equilibrium Ultracentrifuge.
1951
·
M. Wales
·
The Journal of Physical Chemistry
·
14
The Effect of Pressure on Sedimentation Rate
1959
·
M. Wales
·
Journal of the American Chemical Society
·
13
Pressure Drop Across Polarization Layers in Ultrafiltration
1981
·
MICHAEL WALES
·
ACS symposium series
·
9
Sedimentation velocity of polymers in good solvents
1980
·
Michael Wales
·
Journal of Polymer Science Polymer Physics Edition
·
7
Sedimentation Rates of Branched Polymers
1969
·
M. Wales
, H. Coll
·
Annals of the New York Academy of Sciences
·
7
Sedimentation Equilibrium in Concentrated Polymer Solutions
1951
·
M. Wales
·
Journal of Applied Physics
·
7
The motionless “ultracentrifuge”
1981
·
Michael Wales
, Leon Mir
·
Journal of Polymer Science Polymer Letters Edition
·
3
Density gradient sedimentation in polymer solutions
1963
·
M. Wales
·
Journal of Applied Polymer Science
·
1
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Works count:
29
Citation count:
866
H-index:
15
I10-index:
19
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