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Keyword [ion conductor]
Result: 1 - 20 | Page: 1 of 4
1.
Synthesis And Conducting Properties Of Silicate Oxyapatites
2.
Mineral Solid Electrolyte Of Lithium Ion Spinel Cathode Materials For The Study
3.
Synthesis And Modification Of Li
4
SiO
4
Ion Conductor Materials And Research Of Its Ion Conductivity
4.
Synthesis Li
x
M
y
TiO
3
(M=La,In,Cr,Ba,Sr,Ni,Ca) Ion Conductor And Research Of Its Ion Conductivity
5.
The Synthesis And Characterization Of NASICON-type Mineral Solid State Electrolytes
6.
Praparation Of TaO_X Ion Conductor Films And Study On Doping Properties
7.
Synthesis And Electrical Properties Of La
2
(Mo
1-x
Ga
x
)
2
O
9-α
As New Type Of Oxide-ion Conductor
8.
Synthesis And Electrical Conductivity Of La
2-x
Sr
x
M
o2
O
9-α
Ceramics
9.
Synthesis And Electrical Conductivity Of ABO
3
Perovskite Type Of Ceramics
10.
Preparation Of ZrN_x Ion Conductor Films And Study On Its Cr-doping Properties
11.
Li <sub> 3-2x </ Sub> (m <sub> 1-x </ Sub> Ti <sub> The X </ Sub>) <sub> 2 </ Sub> (po <sub> 4 </ Sub>) <sub> 3 </ Sub> (m = Al, Ga) Ion Conductor Preparation And Performance
12.
Oxygen Apatite Ion Conductor Preparation And Performance
13.
Mechanical Activation Of The Electrochemical Behavior And Interfacial Behavior Of Pyrite In Organic Media
14.
The Li <sub> 1 + X </ Sub> Al <sub> X-</ Sub> Ti <sub> 2-x </ Sub> (po <sub> 4 </ Sub>) <sub> 3 </ Sub > Preparation And Study Of Composite Peo Polymer Electrolyte
15.
Study On The Separation Of Lithium Isotopes By Inorganic Ion Exchangers
16.
Preparation, Electrical Properties And Applications Of La
2
(Mo
1-x
V
x
)
2
O
9-α
17.
Preparation And Characterization Of Glassy Fast Ion Conductor
18.
Preparation And Characterization Of Novel Single-ion Conductors Base On Lithium(Trifluoromethyl(S-trifluoromethylsulfonylimino)Sulfonyl)(Benzenesulfonyl)imide Group As Side Chain
19.
Study On The Preparation And Properties Of Fast Ion Conductor Coated Lithium Rich Layered And Layered-spinel Composite Cathode Material
20.
Design And Modulation Of Electrical Transport Properties Of LaGaO
3
-and BaCeO
3
-based Ceramic Electrolytes
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