Box 8
Container
Contains 143 Results:
Krumbein, W.C. Graphic presentation and statistical analysis of sedimentary data, reprint from Recent Marine Sediments,the American Association of Petroleum Geologists, September1939
Item — Box: 8, Item: P-10
Dates:
September1939
American Society for Testing Materials. Standard method of mechanical analysisof soils. Philadelphia, Pa, 1939
Item — Box: 8, Item: P-12
Dates:
1939
Rittenhouse, Gordon. The Pipette method modified for mass production.Exhibit G of the Report of the Committee on Sedimentation, 1938-1939, September1939
Item — Box: 8, Item: P-13
Dates:
1938-1939, September1939
Rittenhouse, Gordon. Curves for determining probable errors in heavy mineral studies.Exhibit F. of the Report of the Committee on Sedimentation, National Research Council, 1939-1940, December1940
Item — Box: 8, Item: P-14
Dates:
1939-1940, December1940
Rittenhouse, Gordon. Conversion charts for sediment concentrations by weight in suspended-load samples and for sediment concentration to volume of deposits.Washington, D.C., U.S. Soil Conservation Service, 1942
Item — Box: 8, Item: P-16
Dates:
1942
Rittenhouse, Gordon, and Mark P. Connaughton. Errors of sampling sands for mechanical analysis, reprint from Journal of Sedimentary Petrology,Vol.14, No.1, April 1944
Item — Box: 8, Item: P-19
Dates:
April 1944
Inman, Douglas L. Suggested standardization of the descriptive parameters in the mechanical analysis of sediments.La Jolla University of California, Scripps Institution of Oceanography, 1950
Item — Box: 8, Item: P-20
Dates:
1950
Bostock, W. A sedimentation balance for particle size analysis in the sub-sieve range, Journal of Scientific Instruments,Vol.29, July 1952
Item — Box: 8, Item: P-22
Dates:
July 1952
West, W.J. Size determinations of clay particles in water suspensions by use of low-angle x-ray diffraction.Presented at the Annual Meeting of the Society of Rheology, Chicago, Ill, October24-27, 1951, 1952
Item — Box: 8, Item: P-25
Dates:
October24-27, 1951; 1952