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Keyword [Colossal permittivity]
Result: 1 - 20 | Page: 1 of 2
1.
The Electrical Properties And Polarization Mechanism Of Co-doped TiO
2
Ceramics With Colossal Permittivity
2.
Colossal Permittivity Properties In Co-doped TiO
2
3.
Structure And Electric Properties Of Donor-acceptor Co-doped TiO
2
Ceramics
4.
Study On The Regulation And Polarization Relaxation Of The Giant Dielectric Properties Of Doped TiO
2
Ceramics
5.
Preparation,Properties And Polarization Mechanism Of Co-doped TiO
2
-based And LaGaO
3
-based Colossal Permittivity Ceramics
6.
Preparation And Characterization Of MLCC Dielectric Ceramics With Temperature Stability And Colossal Permittivity
7.
Structure And Electric Properties Of Donor-Acceptor Co-Doped SrTiO
3
Ceramics
8.
Preparation And Mechanisms Of(A
1/3
Ta
2/3
)
x
Ti
1-x
O
2
（A=Ca,Sr,Ba）ceramics With Colossal Permittivity
9.
Preparation And Colossal Permittivity Of （In+Nb）-TiO
2
Ceramic
10.
Colossal Permittivity Properties And Mechanism Of The Acceptor And Donor Ions Co-doped TiO
2
-based Ceramics
11.
Effect Of Ion Doping On Performance Of Colossal Permittivity And Low Dielectric Loss For SrTiO
3
Ceramics
12.
Preparation,Properties And Polarization Mechanism Of （Li,Nb） Co-Doped TiO
2
Colossal Permittivity Ceramics
13.
Effects Of Microstructural Tuning On The Giant Dielectric Properties And Dielectric Relaxation Of TiO
2
-based Materials
14.
Study On Defect Cluster Structure Regulation And Dielectric Response Of SrTiO
3
-based Colossal Permittivity Ceramics
15.
Preparation And Dielectric Properties Of （La+Nb） Co-doped TiO
2
Ceramics Composed Of Submicron-sized Grains
16.
Study On Doping Modification And Ultra-low Temperature Stable Dielectric Properties Of SnO
2
Based Defect-induced Colossal Permittivity Ceramics
17.
Low-temperature Sintering Giant Dielectric, Low-loss TiO
2
-based Composite Ceramics
18.
The Defect Chemistry And Conductance Mechanism Of SrTiO
3
-based Ceramics With Colossal Permittivity And Low Dielectric Loss
19.
Preparation Of CaCu
3
Ti
4
O
12
Ceramics With Colossal Permittivity Under Reducing Atmosphere And Research Of Reoxidation Effect
20.
Study On Dielectric Behavior Of TiO
2
Ceramics Doped With Ti Powder
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