Flow Properties of the Kaolinite-Water System

Graham, 1939, Improved machine shows different forms of failure in torsion, 97

Kingery, W. D. , Halden, F. A. , and Kurkjian, C. R. : Base exchange capacity of talc: To be published in J. Phys. Chem.

Norton, 1938, An instrument for measuring the workability of clays, 33

Norton, 1944, Fundamental study of clay. V. Nature of water film in plastic clay, 77

Norton, 1938, The fractionation of clay into closely mono-dispersed systems, 367

Speil, 1940, Effect of adsorbed electrolytes on properties of monodisperse clay-water systems, 33

Popov, 1944, The cryptostructure of clays during their deformation, 162

Norton, 1944, Fundamental study of clay. VI. Flow properties of kaolinite-water suspensions, 149

Johnson, 1941, Fundamental study of clay: Preparation of a purified kaolinite suspension. I, 64

Johnson, 1941, Fundamental study of clay. II. Mechanism of deflocculation in the clay-water system, 189

10.1111/j.1151-2916.1954.tb13994.x

Norton, 1948, Fundamental study of clay. VIII. A new theory for the plasticity of clay-water masses, 236

Weymouth, 1953, The effect of extrusion and some other processes on the microstructure of clay, 89

Norton, F. H. : Elements of ceramics, ibid., p. 78.

Greger, H. H. , and Berg, M. (1954) Testing of plasticity in clay-water systems: Annual Meeting, Am. Cer. Soc.

Norton, 1952, Elements of ceramics