Study of fuel cells using storable rocket propellants Final report, 18 Aug. 1965 - 23 Jun. 1969
Operating fuel cells on gaseous nitrogen tetroxide and aerozine 50
Athearn, L. F.↗
Engineering topics
Smith, J. O.
Publications and source records attributed to Smith, J. O..
Vapor diffusion electrode improves fuel cell operation
Vapor diffusion type fuel cell electrode presents a nonwetting barrier to the liquid feedstocks so they may contact the electrolyte only in the vapor state. Thus, it effects feedstock mixing with the electrolyte at the electrolyte/catalyst interface but prevents feedstock decomposition and catalyst poisoning from liquid mingling.
Smith, J. O.↗
Study of fuel cells using storable rocket propellants Quarterly report no. 4, 19 Nov. 1965 - 18 Feb. 1966
Fuel cell systems using storable propellants as primary or secondary reactants
FUEL CELL↗
Study of fuel cells using storage rocket propellants Quarterly report no. 5, 19 Feb. - 18 May 1966
Hydrogen purification and half cell tests in study of hydrox fuel cells using storable propellants
STORABLE PROPELLANT↗
Study of fuel cells using storable rocket propellants quarterly report no. 1, 18 feb. - 17 may 1965
Storable rocket propellant fuel cells - nitrogen tetraoxide and unsymmetrical dimethyl hydrazine decomposition
DECOMPOSITION↗
Study of fuel cells using storable rocket propellants Final report, 28 Jan. 1964 - 29 Jan. 1965
Fuel cells using storable rocket propellants for reactants
PROPELLANT↗
Study of fuel cells using storable rocket propellants quarterly report no. 2, 18 may - 17 aug. 1965
Catalysts for Aerozine-50 reforming and nitrogen tetroxide decomposition for development of rocket fuel cells operating on storable propellant
AEROZINE↗