Publication Date: December 1954. ACS Legacy Archive. Note: In lieu of an abstract, this is the article's first page. Click to increase image size Free first page.
Normal deuterium was con-. Tig. 1.âThermal conductivity of liquid deuterium vs. temperature. (1) R. W. Powers, R. W. Mattox and H. L. Johnston, This Jour- nal,.
Thermal Conductivities of Condensed Gases. I. The Thermal Conductivity of Liquid Nitrogen between 65 and 90°K. Robert W. Powers, Robert W. Mattox, and ...
Thermal Conductivities of Condensed Gases. I. The Thermal Conductivity of Liquid. Nitrogen between 65 and 90 °K. By Robert W. Powers, Robert W. Mattox and.
University of New Hampshire, Durham, New Hampshire. Directions are given for the construction and use of a. A modijkation of a familiar method is outlined ...
CHARLES M. MASON AND ROGER M. DOE. University of New Hampshire, Durham, New Hampshire. Directions are given for the construction and use of a.
The determination of the thermal conductivity of gases. Charles M. Mason and Roger M. Doe. J. Chem. Educ. , 1937, 14 (4), p 182. DOI: 10.1021/ed014p182.
cision by substituting for the bubble counters simple flow meteis u'hich are commercially ... of Chemical Analysis,â. Academic Press, Inc., New York, 19S0, Vol. II.
Dartmouth College. Hanover, NH 03755. Checked by. Fred Juergens. University of Wisconsin. Madison, Wl 53706. Demonstrating the differences in the thermal ...
... the thermal conductivity of gases can be avoided by analyzing gaseous mixtures resulting from the passage of an inert "carrier" gas through a volatile fluid.
