Temperature-Viscosity Relations In The Ternary SystemTemperature-Viscosity Relations In The Ternary System CaO-A1203-SiO2

- Organization:
- The American Institute of Mining, Metallurgical, and Petroleum Engineers
- Pages:
- 7
- File Size:
- 302 KB
- Publication Date:
- Jan 12, 1917
Abstract
Bureau of Mines Technical Paper 189 consists of a record of the scientific data obtained in the iron blast-furnace slag investigation which is reported in Technical Paper 187, "Slag Viscosity Tables for Blast-Furnace Work." It includes a description of the method of preparing the synthetic melts, construction of an improved electric furnace, and refinements in laboratory methods of measurement. Only the general features of the work and the conclusions drawn from the experimental data can be given attention here. Silicates in the Liquid State In the manufacture of refractories, Portland cement, glass, and porcelain, and in pyrometallurgical operations, importance attaches to the behavior of silicate compounds at temperatures beyond the range of common experience. This field of research has not been investigated as carefully as its scientific and industrial importance would seem to warrant. Probably the most important of the unsolved problems in the, chemistry of silicates is the question of their stability in the liquid state. That little progress toward the solution of this problem has been made is not strange if there be borne in mind the difficulties attending experiments made at temperatures at which silicates become fluid, and the comparatively short time since it became possible to measure these temperatures. On the other hand, considerable progress has been made in the study of the compounds in the solid state because of the directness and simplicity of methods of optical examination.
Citation
APA:
(1917) Temperature-Viscosity Relations In The Ternary SystemTemperature-Viscosity Relations In The Ternary System CaO-A1203-SiO2MLA: Temperature-Viscosity Relations In The Ternary SystemTemperature-Viscosity Relations In The Ternary System CaO-A1203-SiO2. The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1917.