RI 3500 Progress Reports - Metallurgical Division - 38. Electrometallurgical Investigations - An Electrolytic Method For The Production Of Calcium Boride ? Introduction

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 25
- File Size:
- 8953 KB
- Publication Date:
- Jan 1, 1940
Abstract
Boron is an element whose metallurgical possibilities never have been investigated thoroughly, probably because of the difficulties experienced in the preparation of elemental boron and its intermetallic compounds. The southwestern United States contain the world's largest deposits of boron minerals. In general, the mineral is readily available, and mining costs are not excessive. The most important boron mineral of commerce is borax (sodium tetraborate); however, there are large deposits of colemanite (a mineral having the composition represented by 2CaO 3B203 5H20) in Clark County, Nov. This material was worked in times past by converting it to sodium tetraborate. In recent years the deposits have laid idle because of a mere readily available source of borax in the old lake beds of California.
Citation
APA:
(1940) RI 3500 Progress Reports - Metallurgical Division - 38. Electrometallurgical Investigations - An Electrolytic Method For The Production Of Calcium Boride ? IntroductionMLA: RI 3500 Progress Reports - Metallurgical Division - 38. Electrometallurgical Investigations - An Electrolytic Method For The Production Of Calcium Boride ? Introduction. The National Institute for Occupational Safety and Health (NIOSH), 1940.