Ag migration pathways in crystalline and glassy solid electrolytes AgI-AgMxOy

Adams S.; Maier J.

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Ag migration pathways in crystalline and glassy solid electrolytes AgI-AgMxOy

机译：晶体和玻璃状固体电解质中的Ag迁移途径AgI-AgMxOy

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Conduction pathways for silver ions in crystalline model structures of the AgI-AgMxOy electrolytes are derived from a bond valence sum model, which proved successful for alpha-AgI. Models for the silver transport in the related glassy phases are discussed in the light of our results. [References: 12]

机译：AgI-AgMxOy电解质的晶体模型结构中银离子的传导途径源自键合价和模型，该模型对α-AgI证明是成功的。根据我们的结果，讨论了在相关玻璃相中的银传输模型。 [参考：12]

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《Solid state ionics》 |1998年第4期|共8页
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Adams S.; Maier J.;
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正文语种 eng
中图分类固体物理学;
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1. Ag migration pathways in crystalline and glassy solid electrolytes AgI-AgMxOy [J] . Adams S., Maier J. Solid state ionics . 1998,第1a4期

机译：晶体和玻璃状固体电解质中的Ag迁移途径AgI-AgMxOy
2. Correlated ionic hopping processes in crystalline and glassy electrolytes resulting in MIGRATION-type and nearly-constant-loss-type conductivities [J] . K.Funke, R.D.Banhatti, C.Cramer Physical chemistry chemical physics: PCCP . 2005,第1期

机译：晶体和玻璃态电解质中相关的离子跳跃过程，导致迁移型和几乎恒定损耗型电导率
3. NMR Investigations of Crystalline and Glassy Solid Electrolytes for Lithium Batteries: A Brief Review [J] . Daniel J Morales, Steven Greenbaum International Journal of Molecular Sciences . 2020,第9期

机译：锂电池结晶和玻璃固体电解质的NMR调查：简要评论
4. PREDICTING PLASTIC ENERGY DISSIPATION (PED) USING PHENOMENOLOGICAL CONSTITUTIVE EQUATIONS FOR GLASSY AND SEMI-CRYSTALLINE POLYMER SOLIDS [C] . Costas G. Gogos, Byeong Joon Jeong, Bainian Qian Society of Plastics Engineers 61st Annual Technical Conference (ANTEC 2003) Vol.1 May 4-8, 2003 Nashville, Tennessee . 2003

机译：使用物候本构方程预测玻璃和半结晶聚合物固体的塑性能耗散（PED）
5. First Principles Study of Magnesium/Oxygen Batteries and Glassy Solid Electrolytes [D] . Smith, Jeffrey G. 2018

机译：第一原理研究镁/氧气电池和玻璃固体电解质
6. NMR Investigations of Crystalline and Glassy Solid Electrolytes for Lithium Batteries: A Brief Review [O] . Daniel J Morales, Steven Greenbaum 2020

机译：锂电池晶体和玻璃态固体电解质的NMR研究：简述
7. 23Na nuclear magnetic resonance study of yNa2S + (1 − y)xSiS2 + (1 − x)PS5/2 glassy solid electrolytes [O] . Ananda Shastri, Deborah Watson, Qing-Ping Ding, 2019

机译：YNA2S +（1 - Y）核磁共振研究XSIS2 +（1 - X）PS5 / 2玻璃状固体电解质
8. ''Glassy''Low Temperature Thermal Properties in Crystalline Solids. [R] . nathan, b. d. 1977

机译：结晶固体中的“玻璃”低温热性质。

Ag migration pathways in crystalline and glassy solid electrolytes AgI-AgMxOy

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