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Quasi-liquid grain boundary conductivity in solid electrolyte candidate lithium imide

Jeremy Lowen, Teresa Insinna, Tharigopala Beatriceveena, Mark Stockham, Bo Dong, Sarah Day, Clare Grey, Emma Kendrick, Peter Slater, Paul Anderson, Joshua Makepeace

Version 1 posted 06 September 2024

234

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Inorganic Chemistry

Working Paper

Assessing the importance of cation size in the tetragonal-cubic phase transition in lithium garnet electrolytes.

Mark Stockham, Alice Griffiths, Bo Dong, Peter Slater

Version 1 posted 14 September 2021

559

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Materials Chemistry

Working Paper

Classification of (Dis)ordered Structures as Superionic Lithium Conductors

Daniel B. McHaffie, Zachery W. B. Iton, Jadon M. Bienz, Forrest A. L. Laskowski, Kimberly A. See

Version 1 posted 30 September 2024

118

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Theoretical and Computational Chemistry

Working Paper

Accelerated Modeling of Lithium Diffusion in Solid State Electrolytes Using Artificial Neural Networks

Karun Kumar Rao, Yan Yao, Lars Grabow

Version 1 posted 07 May 2020

886

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Materials Science

Working Paper

Doping Implications of Li Solid State Electrolyte Li7La3Zr2O12

Kristoffer Eggestad, Sverre Selbach, Benjamin Williamson

Version 1 posted 04 March 2024

345

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Energy

Working Paper

A facile route to plastic inorganic electrolytes for all-solid state batteries based on molecular design

Insang You, Baltej Singh, Mengyang Cui, Gillian Goward, Lanting Qian, Zachary Arthur, Graham King, Linda Nazar

Version 1 posted 15 November 2024

268

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Materials Science

Working Paper

Pseudo-Lithium Vacancies in Hydrogen Rich Li3OCl

Benjamin Williamson, Kristoffer Eggestad, Sverre Selbach

Version 1 posted 19 November 2024

3

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7 results in Solid state electrolyte in Keywords: Solid state electrolyte

Quasi-liquid grain boundary conductivity in solid electrolyte candidate lithium imide

Assessing the importance of cation size in the tetragonal-cubic phase transition in lithium garnet electrolytes.

Classification of (Dis)ordered Structures as Superionic Lithium Conductors

Accelerated Modeling of Lithium Diffusion in Solid State Electrolytes Using Artificial Neural Networks

Doping Implications of Li Solid State Electrolyte Li7La3Zr2O12

A facile route to plastic inorganic electrolytes for all-solid state batteries based on molecular design

Pseudo-Lithium Vacancies in Hydrogen Rich Li3OCl

7 results in Keywords: Solid state electrolyte