References
-
Mat.Res.Bull.
v.11
Crystal Structures and Crystal Chemistry in the System
$Na_{1+x}Zr_{2}Si_{x}P_{3-x}O_{12}$ H.Y.P.Hong -
Mat.Res.Bull.
v.11
Fast
$Na^+$ ion Transport in Skelecton Structure J.B.Goodenough;H.YP.Hong;J.A.Kafalas - Energy and Ceramics Ceramics in High Performed Batteries R.S.Gordon;G.R.Miller;T.D.Hadnagy;B.J.McEntire;T.R.Rasmussen;P.Vincenzini(ed.)
- Solid State Ion. v.17 Potentiometric Sensor for Sulfur Oxides Using Nasicon as a Solid Electrolyte T.Maruyama;Y.Saito;Y.Matsumoto;Y.Yano
- Solid Electrolytes Ionic Conductive Glasses D.Ravaine;J.L.Souquet;P.Hagenmuller(ed.);W. Van Gool(ed.)
- Report of the Research laboratory of Engineering Materials v.9 Gas Sensors Using Nasicon as a Solid Electrolyte Y.Saito;T.Maruyama;S.Sasaki
-
Mat.Res.Bull.
v.16
Conduction Paths in Sintered Ionic Conduction Material
$Na_{1+x}Y_{x}Zr_{2-x}$ (PO₄)₃ S.Fujitsu;M.Nagai;T.Kanazawa - Solid State Ion. v.50 The Study of Hydronium Nasicon Conductivity with Deuterium P.G.Komorowski;S.A.Argyropoulos;J.D.Canaday;A.K.Kuriakose;T.A.Wheat;A.Ahmad;J.Gulens
- Solid State Ion. v.53 Electrochemical Studies of Mixed Valence Nasicon O.Tillement;J.Angenault;J.C.Conturier;M.Quarton
- Sodium Sulfer Battery The Solid Electrolyte-properties and Characteristics P.T.Moseley;J.L.Sudworth(ed.);A.R.Tilley(ed.)
- Ceramics Japan v.27 no.2 Review on Sodium ion Conductors and Their Applications S.Yamaguchi;A.Imai
- sintering process Sintering of Polycrystalline Ionic Conductors: β〃_Al₂O₃and Nasicon B.J.McEntire;G.R.Miller;R.S.Gordon;Kuczynski(ed.)
- J.Am.Ceram.Soc. v.66 no.10 Effect of Decomposition on the Densification and Properties of Nasicon Ceramic Electrolytes B.J.McEntire;R.A.Bartlett;G.R.Miller;R.S.Gordon
-
Solid State Ion.
v.3;4
Compositional Dependence of the Electrochemical and Structural Parameters in the Nasicon System
$Na_{1+x}Si_{x}Zr_{2}P_{3-x}O_{1}2$ U.Von Alpen;M.F.Bell;H.H.Hofer - J.Am.Cer.Soc. v.67 no.3 Synthesis Sintering and Microstructure of Nasicons A.K.Kuriakose;T.A.Wheat;A.Ahmad;J.Dirocco
- Solid State Ion. v.3;4 Fabrication and Characterization of Nasicon Electrolytes R.S.Gordon;G.R.Miller;B.J.McEntire;E.D.Beck;J.R.Rasmussen
- Solid State Ion. v.24 Dependence of the Properties of Nasicons on Their Composition and Processing A.Ahmad;T.A.Wheat;A.K.Kuriakose;J.D.Canaday;A.G.McDonald
- J.Mat.Sci. v.28 Effects of Al₂O₃Addition on the Sinterability and Ionic Conductivity of Nasicon J.J.Kim;T.S.Oh;M.S.Lee;J.G.Park;Y.H.Kim
- J.Am.Ceram.Soc. v.59 Ionic Conductivity of Li₄SiO₄,Li₄GeO₄, and Their Solid Solutions I.M.Hodge;M.D.Ingram;A.R.West
- J.Am.Ceram.Soc. v.60 Migration Losses in Single Crystal Ionic Conductors:Sodium Beta Alumina and LiGaO₂ R.J.Grant;I.M.Hodge;M.D.Ingram;A.R.West