OXYGEN TRANSPORT CERAMIC MEMBRANES
OXYGEN TRANSPORT CERAMIC MEMBRANES
This is the fifth quarterly report on a new study to develop a ceramic membrane/metal joint. Results of wetting experiments on commercially available Nickel based brazing alloys on perovskite surfaces are described. Additionally, experimental and numerical investigations on the strength of concentric ceramic/metal joints are presented.
- University of North Texas United States
Ceramics, Thermodynamic Properties, Thermal Expansion, Natural Gas, Coatings, Materials Testing, Mechanical Properties, Perovskites, Steam Reformer Processes, Crack Propagation, Titanium, Nickel Silicides, Membranes, 36 Materials Science, Nickel Borides, 600, Creep, Stoichiometry, 620, Oxygen, Neutron Diffraction, Membrane Transport, Partial Oxidation Processes, Zirconium Oxides, Synthesis Gas, 03 Natural Gas
Ceramics, Thermodynamic Properties, Thermal Expansion, Natural Gas, Coatings, Materials Testing, Mechanical Properties, Perovskites, Steam Reformer Processes, Crack Propagation, Titanium, Nickel Silicides, Membranes, 36 Materials Science, Nickel Borides, 600, Creep, Stoichiometry, 620, Oxygen, Neutron Diffraction, Membrane Transport, Partial Oxidation Processes, Zirconium Oxides, Synthesis Gas, 03 Natural Gas
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