Leland Bradley Snoddy
Affiliations: | University of Virginia, Charlottesville, VA |
Google:
"Leland Bradley Snoddy"Bio:
(1898 - 1950)
http://libserv.aip.org:81/ipac20/ipac.jsp?uri=full=3100001~!3746!0&profile=newcustom-icos
http://library.nd.edu/physics/resources/genealogy/physics/documents/SnoddyLB.pdf
http://adsabs.harvard.edu/abs/1929PhDT.........8S
Mean distance: 14.02 | S | N | B | C | P |
Parents
Sign in to add mentor| Jesse Wakefield Beams | grad student | 1929 | UVA | |
| (The time rate of fall of potential in a condensed discharge.) | ||||
Children
Sign in to add trainee| Edward Purdy Ney | grad student | 1944 | UVA |
| Alfred K. Mann | grad student | 1947 | UVA |
BETA: Related publications
See more...
Publications
|
You can help our author matching system! If you notice any publications incorrectly attributed to this author, please sign in and mark matches as correct or incorrect. |
| Mcqueen JH, Beams JW, Snoddy LB. (1948) Light scattering in supersonic streams [26] Physical Review. 74: 1551-1552 |
| Mcqueen JH, Beams JW, Snoddy LB. (1948) Light scattering in supersonic streams [10] Physical Review. 73: 260 |
| Lapsley AC, Snoddy LB, Beams JW. (1948) The use of a cavity oscillator for a Kerr electro-optical light shutter [3] Journal of Applied Physics. 19: 111-112 |
| Snoddy LB, Beams JW. (1940) A laboratory study of spark discharge between conducting clouds [5] Physical Review. 57: 63 |
| Snoddy LB, Beams JW. (1939) Progressive breakdown in a conducting liquid [7] Physical Review. 55: 879 |
| Snoddy LB, Beams JW. (1939) Spark discharge on surfaces [1] Physical Review. 55: 663 |
| Beams JW, Snoddy LB. (1939) Electrical discharge between a stationary and a rotating electrode [2] Physical Review. 55: 504 |
| Snoddy LB, Beams JW. (1937) A SIMPLE METHOD OF MEASURING ROTATIONAL SPEEDS. Science (New York, N.Y.). 85: 273-4 |
| Beams JW, Snoddy LB. (1937) THE ELECTRICALLY DRIVEN ULTRACENTRIFUGE. Science (New York, N.Y.). 85: 185-6 |
| Snoddy LB, Dietrich JR, Beams JW. (1937) Propagation of potential in discharge tubes Physical Review. 52: 739-746 |