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Keyword [Solid Oxide Fuel Cells]
Result: 61 - 80 | Page: 4 of 10
61.
Preparation And Performance Of Cobalt-based Double Perobskite Cathode Materials PBCM_x(M=Cu,Ni) For Intermediate-temperature Solid Oxide Fuel Cells
62.
A First-principles Study On Divergent Reactions Of Using Sr
3
Fe
2
O
7
Cathode In Solid Oxide Fuel Cells
63.
The Preparation And Performance Study Of Y-modified NiFe
2
O
4
Spinel Coatings For SOFC Metallic Interconnect Applications
64.
Performance Improvement Of Double-perovskite Anode Sr
2
CrMoO
6-δ
For Solid Oxide Fuel Cells
65.
The Simulation And Design Of Highly Activie And Stabile Anode Catalysts Of Solid Oxide Fuel Cells
66.
Modeling Study On Transport Characteristics And Performance Of Solid Oxide Fuel Cells
67.
Cathode/electrolyte Interface And The Cell Performance Of A New Type Hollow Symmetrical Solid Oxide Fuel Cells
68.
Low-temperature Solid Oxide Fuel Cells Based On Doped Ceria And Perovskite Composites
69.
Study On Solid Oxide Fuel Cells Operating On Biochars
70.
Application Of Low Concentration CBM To Solid Oxide Fuel Cells With Nickel-based Anodes
71.
Performance Analysis,Optimization And Comparison Of Different SOFC Power Generation System
72.
Performance Of BaCo
0.4
Fe
0.4
Zr
0.2-x
Y
x
O
3-δ
As The Cathode Material For LT-SOFCs
73.
Modifying The Physicochemical And Electrochemical Properties Of Perovskite Cathode Materials By Tailoring Their A-site Cation Composition
74.
Study On Cathode Optimization And Performance Of Intermediate-Temperature Solid Oxide Fuel Cells
75.
Study On Optimization Of Anode Microstructure Of Solid Oxide Fuel Cells
76.
Study On The Fabrication And Performance Of Ni
0.5
Cu
0.5
Fe
2
O
4
-BaZr
0.1
Ce
0.7
Y
0.1
Yb
0.1
O
3-δ
Reforming Catalytic Layer
77.
Study On Surface Modification Of SOFC Metal Interconnect Using LaCo
0.6
Ni
0.4
O
3-δ
New Cathode Contact Materials
78.
Evaluation Of SrSc
0.175
Nb
0.025
Co
0.8
O
3-δ
Perovskite As A Cathode For Proton-Conducting Solid Oxide Fuel Cells
79.
Electrochemical Study And Microstructural Modification Of Cathode Materials For Proton-Conducting Solid Oxide Fuel Cells
80.
Novel Cathode And Electrochemical Characterization For High-performance Proton Conducting Solid Oxide Fuel Cells
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