☰ Chemistry Tree

William D. Gwinn

Affiliations:

Chemistry

University of California, Berkeley, Berkeley, CA, United States

Area:

microwave spectroscopy

Website:

http://content.cdlib.org/xtf/view?docId=hb1p30039g&doc.view=frames&chunk.id=div00022&toc.depth=1&toc.id=

Google:

"William Dulaney Gwinn"

Bio:

(1916 - 1997)
https://chemistry.berkeley.edu/news/william-dulaney-gwinn
https://www.gf.org/fellows/all-fellows/william-d-gwinn/
https://www2.chemistry.msu.edu/Genealogy/PID613.shtml

Mean distance: 8.11 (cluster 11)

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Parents

Kenneth S. Pitzer	grad student	1942	UC Berkeley
(Rotation within molecules, including dichloro- and dibromoethane)

Children

Rollie John Myers	grad student	1951	UC Berkeley
George William Rathjens	grad student	1951	UC Berkeley
Albert Narath	grad student	1959	UC Berkeley (Physics Tree)
Sunney I. Chan	grad student	1960	UC Berkeley
Willis H. Flygare	grad student	1961	UC Berkeley
Richard A. Keller	grad student	1961	UC Berkeley
David O. Harris	grad student	1965	UC Berkeley
Alan C. Luntz	grad student	1968	UC Berkeley

Collaborators

BETA: Related publications

Publications

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Holian BL, Gwinn WD, Luntz AC, et al. (1973) Predictions of the solid helium phase diagram The Journal of Chemical Physics. 59: 5444-5454
Engerholm GG, Luntz AC, Gwinn WD, et al. (1969) Ring puckering in five-membered rings. II. The microwave spectrum, dipole moment, and barrier to pseudorotation in tetrahydrofuran The Journal of Chemical Physics. 50: 2446-2457
Harris DO, Engerholm GG, Tolman CA, et al. (1969) Ring puckering in five-membered rings. I. General theory The Journal of Chemical Physics. 50: 2438-2445
Gwinn WD, Luntz AC, Sederholm CH, et al. (1968) On-line control, data collection, and reduction for chemical experiments at Berkeley Journal of Computational Physics. 2: 439-464
Harris DO, Harrington HW, Luntz AC, et al. (1966) Microwave spectrum, vibration-rotation interaction, and potential function for the ring-puckering vibration of trimethylene sulfide The Journal of Chemical Physics. 44: 3467-3480
Chan SI, Borgers TR, Russell JW, et al. (1966) Trimethylene oxide. III. Far-infrared spectrum and double-minimum vibration The Journal of Chemical Physics. 44: 1103-1111
FlyGare WH, Gwinn WD. (1962) Electron distribution in the C - Cl bonds of CH2Cl2 and derivation of matrix elements off-diagonal in J for two quadrupolar nuclei in an asymmetric rotor The Journal of Chemical Physics. 36: 787-794
Flygare WH, Narath A, Gwinn WD. (1962) Microwave spectrum, structure, quadrupole interaction, dipole moment, and bent C-Cl Bonds in 1,1-dichlorocyclopropane The Journal of Chemical Physics. 36: 200-208
Chan SI, Zinn J, Gwinn WD. (1961) Trimethylene oxide. II. structure, vibration-rotation interaction, and origin of potential function for ring-puckering motion The Journal of Chemical Physics. 34: 1319-1329
Chan SI, Zinn J, Fernandez J, et al. (1960) Trimethylene oxide. I. Microwave spectrum, dipole moment, and double minimum vibration The Journal of Chemical Physics. 33: 1643-1655

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