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Keyword [Oxide-ion]
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1. Preparation And Lithium Uptake Properties Of Lithium Ion Sieves Derived From Spinel-type Manganese Oxide
2. Study On The Preparations, Structures And Ionic Conductivity For New-complex Oxides With Rare-earth And Molybdenum Ions
3. Synthesis And Electrical Properties Of La2(Mo1-xGax)2O9-α As New Type Of Oxide-ion Conductor
4. Synthesis And Electrical Conductivity Of La2-xSrxMo2O9-α Ceramics
5. Synthesis And Electrical Conductivity Of ABO3 Perovskite Type Of Ceramics
6. Studies On The Analysis Of Trimethylamine-n-oxide, Trimethylamine And Dimethylamine And Control Of Formaldehyde In Shredded Squid
7. Theoretical Investigation Of Reaction Mechanisms Of Feo~+/CoO~+ With Propane
8. The Specific Morphology Of Manganese Oxide Ion Liquid Secondary Conditions Controllable Preparation Of Study
9. Yttria-stabilized Zirconia - Preparation Of Silicate Lanthanum Composite Oxide Ion Conductors, Electrical Conductivity And Related Mechanism
10. Modification Of Graphite Felt Electrodes For Vanadium Redox Flowbattery
11. Preparation, Electrical Properties And Applications Of La2(Mo1-xVx)2O9-α
12. Study On Preparation And Modification Of Lithium Vanadium Oxide As Cathode Material For Lithium-ion Batteries
13. Density Funcional Studies On The Reaction Mechanisms Of The Reduction Of N2O With CO Catalyzed By Os+、Al2O3+ And Ga-ZSM-5
14. Study On The Preparation And Li~+ Adsorption Exchange Property Of Titanium And Zirconi Um Compond Oxides
15. Synthesis, Electrical Properties Of Mixed Electronic-Oxide Ionic Conducting Materials
16. Synthesis Of Modified Nano-zinc Oxide Materials Via Freeze-drying Process And Photocatalytic Performance Study
17. Research On The Fabrications And Performances Of Sensors Based On Ionic Conductors Of Iron/niobium Oxide
18. In Situ Tem Investigation Of Oxide Ion Migration In The Perovskite Oxide And Its Highly Oxygen-deficient Phase
19. Detection Of Thermally Activated Compositional Ion Motion Via Upconversion Luminescence Of Yb3+,Er3+
20. On The New Oxide Ion Conductor Solid Electrolytes Based On Na0.5Bi0.5TiO3
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