A STUDY OF HIGH MODULUS, HIGH STRENGTH FILAMENT MATERIALS BY DEPOSITION TECHNIQUES.
Bi-monthly progress rept. no. 5, 1 Jul-31 Aug 64,
GENERAL TECHNOLOGIES CORP RESTON VA
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Beryllium and beryllium oxide were successfully produced during this period. The beryllium filaments were produced by the hydrogen reduction of BeCl2, and the beryllium oxide filaments were formed by reacting BeCl2 with CO2. The tensile strength of the beryllium filaments ranged up to 246 x 1000 psi, and the beryllium oxide filaments ranged up to 96 x 1000 psi. Author