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Keyword [Oxide electrolysis]
Result: 1 - 20 | Page: 1 of 3
1.
Some Studies Of Electrolysis Of Solid Compounds In Molten Salts
2.
Preparation And Performance Research Of Lanthanum Chromites As Solid Oxide Electrolysis Cell Connector Material
3.
Study On The Electrical Property And Modification Of Double Perovskite Electrode Material Sr
2
CoNbO
6-δ
4.
Preparation Of YSZ Nano-arrays And Performance Of Solid Oxide Electrolysis Cell Stack
5.
Mechanism And Characteristics Research On CO
2
/H
2
O Co-electrolysis By Solid Oxide Electrolysis Cells
6.
Novel Electrode Materials For Solid Oxide Electrolyzer And Their Electrochemical Performance
7.
Preparation And Evaluation Of Composite Cathode Based On Ceramic Materials For Solid Oxide Electrolyzer
8.
Reasearch Of La
0.75
Sr
0.25
Cr
0.5
Mn
0.5
O
3-δ
-Based Composite Cathode Of Solid Oxide Electrolysis Cell Used For Electrolysis Of CO
2
9.
Performance Of Solid Oxide Electrolysis Cell With Pr
0.3
Sr
0.7
Ti
0.3
Fe
0.7
O
3-δ
Cathode
10.
The Multi-phase Boundary Performance Of SOC Composite Electrodes And Chemically-induced Mechanics
11.
Study On A Novel Oxygen Electrode Material Of Solid Oxide Cell For CO
2
-H
2
O Co-electrolysis
12.
Research On Key Issue On Hydreogy Production Combing Solar Energy And Low Temperature Of Solid Oxide Electrolysis Cells
13.
Study On Eelectrochemical Performances Of LaFeO
3-δ
-Based Symmetric Electrode Materials For Solid Oxide Cells
14.
Study On Novle Oxygen Electrode For Solid Oxide Electrolysis Cells
15.
Characterization Of The Key Material And Electrochemical Performance Of Solid Oxide CO
2
-Electrolysis Cells
16.
Design,Preparation And Performance Of Cobalt-Free Perovskite Electrode Materials For Symmetrical Solid Oxide Fuel Cells
17.
Performance Study Of Perovskite Electrode Materials For Symmetrical Solid Oxide Cells
18.
Research Of Novel Oxygen Electrode Material And Structure Of Solid Oxide Electrolysis Cell For H
2
O-CO
2
Co-electrolysis
19.
Study On Electrode Of SrFeO
3-δ
Perovskite Oxide For The Regulation Of Defect And Steam Electrolysis
20.
Study On Hybrid Thermochemical-electrochemical System For Efficient Solar Fuel Production
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