참고문헌
- Superionic Solids and Solid Electrolytes Recent Trends A.L. Lasker;S. Chandra
- Solid State Ionics v.5 Study of β-and β-"Aluminas by Means of Potential Energy Calculations J.C. Wang;J.P. Bates;N.J. Dudney;Herbert Engstrom
- Phil. Mag. v.36 no.517 A Monts Carlo Study of Sodium Diffusion in β-alumina G.E. Murch;R.J. Thorn
- Phil. Mag. v.35 no.493 Computer Simulation of Sodium Diffusion in β-"Alumina G.E. Murch;R.J. Thorn
- Solid State Ionics v.9&19 no.287 Superdefects in Na β-Alumina A. Pechenik;D.H. Whitmore;M.A. Ratner
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Mat. Res. Bull.
v.11
Crystal Structures and Crystal Chemistry in the System
$Na_{1+X}Zr_2S_1xP3_{3-\lambda}O_12$ H.Y.P Hong - Mat. Res. Bull. v.21 NASICON Solid Electrolytes Part Ⅱ: X-ray Diffraction Experiments on Solium-zirconium-phosphate Single Crystals at 295K and at 993K H. Kohler;H. Schulz
- Sol. State Ionics Stoichiometry-Structure-Fast Ion Conduction in the NASICON Solid Solution J.P. Boilot;P.H. Colomban;G. Colin
- J. Solid State Chem. v.72 A time of Fight Neutral Powder Rietveld Refinement Study at Elevated Temperature on a Monoclinic Near-stoichiometric NASICON P.R. Rudolf;A. Clearfield;J.D. Jorgensen
- 학국요업학회지 v.32 no.8 NASICON 고체 전해질의 이온 전도 계산(Ⅰ)mid-Na의 영향을 고려하지 않은 경우 최진삼;서양곤;강은태
- Synthetic Metals v.71 Computer Simulation of Ionic Conductivity in NASICON by using Monte Carlo Method Jin Sam Choi;Yang Gon Seo;Eun-Tae Kang
- 한국요업학회지 v.32 no.11 NASICON 고체 전해질의 이온 전도도 계산.(Ⅱ)Na1-Na2전도 경로에 미치는 mid-Na의 영향 최진삼;서양곤;강은태
- J. Solid State Chem. v.73 Relation Structure-Fast Ion Conduction in the NASICON Solid Solution J.P. Bolot;G. Collin;P.H. Colomban
- 한국재료학회지 Rietveld retinement에 의한 ANSCION의 절강구조 강은테;최진범;정훈;최진삼
- Atomic Duffusion Theory in Highly Defective Solids G.E. Murch
- Mat. Res. v.14 Phase Transition in NASICON (Na₃Zr₂Si₂PO₁₂) U. von Alpen;M.F. Bell;W. Wichelhaus
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Mat. Res. Bull.
v.14
Phase Transformation in
$Na_{1+X}Zr_{2}Si_{x}P_{3-/lambda}O_{12}$ Compounds J.P. Boilot;J.P. Salani;G. Desplanches;D. Le Potier