초록 ▼

A metal hydride reactor comprising a tubular pressure receptacle having an opening at its one end and a metal hydride filling the receptacle therein, at least a part of the outer wall surface of the tubular pressure receptacle forming a heat-exchanging surface; a heat-conducting fin of a heat-conduc

A metal hydride reactor comprising a tubular pressure receptacle having an opening at its one end and a metal hydride filling the receptacle therein, at least a part of the outer wall surface of the tubular pressure receptacle forming a heat-exchanging surface; a heat-conducting fin of a heat-conducting material provided to transmit heat from the metal hydride in the pressure receptacle to the heat-exchanging surface and limit the location of the metal hydride in the pressure receptacle; and at least one porous member extending axially of the receptacle for forming within the receptacle a hydrogen gas flow passage leading to the opening of the receptacle, the porous member being permeable to hydrogen gas but impermeable to the metal hydride.

대표청구항 ▼

A metal hydride reactor comprising: a tubular pressure receptacle having an opening at one end thereof and containing a metal hydride therein, at least a part of the outer wall surface of said tubular pressure receptacle forming a heat-exchanging surface; means, including at least on heat-conducting

A metal hydride reactor comprising: a tubular pressure receptacle having an opening at one end thereof and containing a metal hydride therein, at least a part of the outer wall surface of said tubular pressure receptacle forming a heat-exchanging surface; means, including at least on heat-conducting fin formed of a heat-conducting material within said receptacle, for transmitting heat from the metal hydride in said receptacle through said at least one fin to said heat-exchanging surface, and for limiting the location of the metal hydride in said pressure receptacle; and at least one axially elongated elastically deformable, plastic porous member extending axially of said receptacle so as to form within said receptacle a hydrogen gas flow passage leading to said opening of said receptacle, said porous member being permeable to hydrogen gas and impermeable to the metal hydride.