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*[[J. H. van 't Hoff]], (1852–1911), [[Netherlands|Dutch]] [[physical chemistry|physical chemist]], 1901 [[Nobel Prize in Chemistry]] *[[Lars Onsager]], (1903–1976), [[physical chemistry|physical chemist]], 1968 [[Nobel Prize in Chemistry]]

...wing a year as a laboratory assistant, was awarded a fellowship to study [[physical chemistry]] at the [[University of Breslau]] (Universität Breslau) [[in Germany]].<r ...ude oil|petroleum]] fractions exhibited to him a lack of the basic physics physical chemistry of fractional distillation and he determined to put fractional distillation

From: ''W. J. Moore, Physical Chemistry, Longmans, London, 2nd edition (1956), p. 271''

...van der Waals molecules. B. L. Blaney and G. E. Ewing, ''Annual Review of Physical Chemistry'', Vol. '''27''', pp. 553-586 (1976): Van der Waals Molecules.

...[[spectroscopy]], [[macromolecular chemistry]] and [[magnetic resonance]]. Physical chemistry largely overlaps with [[molecular physics]], and involves the use of [[calc

...book|author=Edward W. Washburn|title=An Introduction to the Principles of Physical Chemistry|edition=First Edition|publisher=McGraw-Hill|year=1915|pages=page 55|id=Libr

...book|author=Edward W. Washburn|title=An Introduction to the Principles of Physical Chemistry|edition=First Edition|publisher=McGraw-Hill|year=1915|pages=page 55|id=Libr

...fields of physics overlap strongly with other sciences: [[Biophysics]], [[Physical chemistry]] and [[Geophysics]] overlap considerably with [[biology]], [[chemistry]]

...[[spectroscopy]], [[macromolecular chemistry]] and [[magnetic resonance]]. Physical chemistry largely overlaps with [[molecular physics]], and involves the use of [[calc

...on of Pure and Applied chemistry (IUPAC): Quantities, Units and Symbols in Physical Chemistry] 2nd Edition, 1993</ref><ref name="NIST">[http://physics.nist.gov/Pubs/SP81

...ture]</ref> <ref name=Mortimer>{{cite book|author=Robert G. Mortimer|title=Physical Chemistry|edition=Second Edition|publisher=Academic Press|year=2000|id=ISBN 0-12-5083

...ture]</ref> <ref name=Mortimer>{{cite book|author=Robert G. Mortimer|title=Physical Chemistry|edition=Second Edition|publisher=Academic Press|year=2000|id=ISBN 0-12-5083

[[Molecular physical chemistry of solutions]]

...[functional groups]] if present. Solutions are studied by the science of [[Physical Chemistry]]. Like inorganic salts, organic compounds may also form [[crystal]]s. A un

...ture]</ref> <ref name=Mortimer>{{cite book|author=Robert G. Mortimer|title=Physical Chemistry|edition=Second Edition|publisher=Academic Press|year=2000|id=ISBN 0-12-5083

...reaction of sulfur hexafluoride with solvated electrons", ''The Journal of Physical Chemistry'', 1968, '''72''', 4285-4289</ref>

In 1925, he earned his Ph.D. in physical chemistry from the University of Berlin. In 1926, he came to the United States and ta ...t, and then after his White House service, Kistiakowsky was a professor of physical chemistry at Harvard for the rest of his career. From 1962 to 1965, he chaired the N

...03-0}}</ref><ref name=Mortimer>{{cite book|author=Robert G. Mortimer|title=Physical Chemistry|edition=3rd Edition|publisher=Academic Press|year=2008|id=ISBN 0-12-370617-

...e book|author=Keith J. Laidler and John H. Meiser|Physical Chemistry|title=Physical Chemistry|edition=1st Edition|publisher=Benjamin-Cummings Publishing|year=1982| pages

...ingnat04>Fleming GR, Scholes GD. (2004) [http://dx.doi.org/10.1038/431256a Physical chemistry: quantum mechanics for plants]. ''Nature'' 431:256-7.</ref>