Access count of this item: 166
|Title:||The strength of single crystals of inorganic salts under high pressure, III|
|Publisher:||The Physico-Chemical Society of Japan|
|Journal title:||The Review of Physical Chemistry of Japan|
|Abstract:||Based on the results of the plastic deformation of five alkali halide single crystals shown in Part II of this series the values of the distance L over which a dislocation can be propagated in the crystal given in Taylor's equation were calculated. The obtained values of L are about 2×10^-4cm for lithium fluoride and sodium chloride, 5×10^-4cm for potassium chloride and potassium bromide, and 16×10^-4cm for potassium iodide. Also, the pressure effects on the various factors in Taylor's equation were investigated, and the values of L under high pressure were calculated. 1.4×10^-4cm for lithium fluoride and sodium chloride, and 2.8×10^-4cm for potassium chloride were obtained under hydrostatic pressures up to 1000kg/cm^2.|
|Appears in Collections:||Vol.30 No.2|
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