초록 ▼

Solid reactant hydrogen gas generator formulations which yield greater than 15 weight percent hydrogen of greater than 98 mole percent hydrogen purity are formulated of a primary heat and hydrogen source selected from ammonia borane from about 50 to about 70 weight percent and hydrazine bisborane fr

Solid reactant hydrogen gas generator formulations which yield greater than 15 weight percent hydrogen of greater than 98 mole percent hydrogen purity are formulated of a primary heat and hydrogen source selected from ammonia borane from about 50 to about 70 weight percent and hydrazine bisborane from about 0-30.00 weight percent, a first hydrogen-containing compound that functions as an auxiliary heat and hydrogen source consisting of ammonium nitrate from about 10.20 to about 17.82 weight percent, and a second hydrogen-containing compound that functions as an auxiliary heat and hydrogen source consisting of (NH4)2B10H10 from about 9.80 to about 17.18 weight percent.

대표청구항 ▼

A solid reactant hydrogen gas generator composition comprising: (i) a primary heat and hydrogen source selected from ammonia borane in an amount from about 50.00 weight percent to about 70.00 weight percent and hydrazine bisborane in an amount from 0 to about 30.00 weight percent; (ii) a first hydro

A solid reactant hydrogen gas generator composition comprising: (i) a primary heat and hydrogen source selected from ammonia borane in an amount from about 50.00 weight percent to about 70.00 weight percent and hydrazine bisborane in an amount from 0 to about 30.00 weight percent; (ii) a first hydrogen-containing compound that functions as an auxiliary heat and hydrogen source consisting of ammonium nitrate in an amount from about 10.20 weight percent to about 17.82 weight percent; and, (iii) a second hydrogen-containing compound that functions as an auxiliary heat and hydrogen source consisting of (NH4)2B10H10 in an amount from about 9.80 weight percent to about 17.18 weight percent.