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Interface Stability in Solid-State Batteries

Chemistry of materials, 2016-01, Vol.28 (1), p.266-273

2016

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High Active Material Loading in All‐Solid‐State Battery Electrode via Particle Size Optimization

Advanced energy materials, 2020-01, Vol.10 (1), p.n/a

2020

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High-entropy mechanism to boost ionic conductivity

Science (American Association for the Advancement of Science), 2022-12, Vol.378 (6626), p.1320-1324

2022

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Design principles for solid-state lithium superionic conductors

Nature materials, 2015-10, Vol.14 (10), p.1026-1031

2015

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First-Principles Studies on Cation Dopants and Electrolyte|Cathode Interphases for Lithium Garnets

Chemistry of materials, 2015-06, Vol.27 (11), p.4040-4047

2015

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Lithium superionic conductors with corner-sharing frameworks

Nature materials, 2022-08, Vol.21 (8), p.924-931

2022

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Understanding interface stability in solid-state batteries

Nature reviews. Materials, 2020-02, Vol.5 (2), p.105-126

2020

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Design and synthesis of the superionic conductor Na10SnP2S12

Nature communications, 2016-03, Vol.7 (1), p.11009-11009, Article 11009

2016

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High-energy and durable lithium metal batteries using garnet-type solid electrolytes with tailored lithium-metal compatibility

Nature communications, 2022-04, Vol.13 (1), p.1883-12, Article 1883

2022

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Direct Visualization of the Interfacial Degradation of Cathode Coatings in Solid State Batteries: A Combined Experimental and Computational Study

Advanced energy materials, 2020-07, Vol.10 (27), p.n/a

2020

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Design of Li1+2xZn1-xPS4, a new lithium ion conductor

Energy & environmental science, 2016-10, Vol.9 (10), p.3272-3278

2016

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Computational Prediction and Evaluation of Solid-State Sodium Superionic Conductors Na7P3X11 (X = O, S, Se)

Chemistry of materials, 2017-09, Vol.29 (17), p.7475-7482

2017

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Lithium Oxide Superionic Conductors Inspired by Garnet and NASICON Structures

Advanced energy materials, 2021-10, Vol.11 (37), p.n/a

2021

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Effect of Rb and Ta Doping on the Ionic Conductivity and Stability of the Garnet Li7+2x–y (La3–x Rb x )(Zr2–y Ta y )O12 (0 ≤ x ≤ 0.375, 0 ≤ y ≤ 1) Superionic Conductor: A First Principles Investigation

Chemistry of materials, 2013-08, Vol.25 (15), p.3048-3055

2013

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Effect of solid-electrolyte pellet density on failure of solid-state batteries

Nature communications, 2024-01, Vol.15 (1), p.858-858, Article 858

2024

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About the Compatibility between High Voltage Spinel Cathode Materials and Solid Oxide Electrolytes as a Function of Temperature

ACS applied materials & interfaces, 2016-10, Vol.8 (40), p.26842-26850

2016

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Computational Design and Experimental Synthesis of Air-Stable Solid-State Ionic Conductors with High Conductivity

Chemistry of materials, 2021-09, Vol.33 (17), p.6909-6917

2021

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Computational Screening of Cathode Coatings for Solid-State Batteries

Joule, 2019-05, Vol.3 (5), p.1252-1275

2019

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Pliable Lithium Superionic Conductor for All-Solid-State Batteries

ACS energy letters, 2021-05, Vol.6 (5), p.2006-2015

2021

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A sinter-free future for solid-state battery designs

Energy & environmental science, 2022-07, Vol.15 (7), p.2927-2936

2022

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Enhanced Chondrogenesis and Wnt Signaling in PTH‐Treated Fractures

Journal of bone and mineral research, 2007-12, Vol.22 (12), p.1903-1912

2007

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All‐Solid‐State Batteries: High Active Material Loading in All‐Solid‐State Battery Electrode via Particle Size Optimization (Adv. Energy Mater. 1/2020)

Advanced energy materials, 2020-01, Vol.10 (1), p.n/a

2020

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Publisher Correction: Understanding interface stability in solid-state batteries

Nature reviews. Materials, 2021-09, Vol.6 (9), p.868-868

2021

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On the dependence of ionic transport on crystal orientation in NaSICON-type solid electrolytes

JPhys Energy, 2020-07, Vol.2 (3), p.35003

2020

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A sinter-free future for solid-state battery designs

Energy & environmental science, 2022-01, Vol.15 (7)

2022

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Interface Stability in Solid-State Batteries

High Active Material Loading in All‐Solid‐State Battery Electrode via Particle Size Optimization

High-entropy mechanism to boost ionic conductivity

Design principles for solid-state lithium superionic conductors

First-Principles Studies on Cation Dopants and Electrolyte|Cathode Interphases for Lithium Garnets

Lithium superionic conductors with corner-sharing frameworks

Understanding interface stability in solid-state batteries

Design and synthesis of the superionic conductor Na10SnP2S12

High-energy and durable lithium metal batteries using garnet-type solid electrolytes with tailored lithium-metal compatibility

Direct Visualization of the Interfacial Degradation of Cathode Coatings in Solid State Batteries: A Combined Experimental and Computational Study

Design of Li1+2xZn1-xPS4, a new lithium ion conductor

Computational Prediction and Evaluation of Solid-State Sodium Superionic Conductors Na7P3X11 (X = O, S, Se)

Lithium Oxide Superionic Conductors Inspired by Garnet and NASICON Structures

Effect of Rb and Ta Doping on the Ionic Conductivity and Stability of the Garnet Li7+2x–y (La3–x Rb x )(Zr2–y Ta y )O12 (0 ≤ x ≤ 0.375, 0 ≤ y ≤ 1) Superionic Conductor: A First Principles Investigation

Effect of solid-electrolyte pellet density on failure of solid-state batteries

About the Compatibility between High Voltage Spinel Cathode Materials and Solid Oxide Electrolytes as a Function of Temperature

Computational Design and Experimental Synthesis of Air-Stable Solid-State Ionic Conductors with High Conductivity

Computational Screening of Cathode Coatings for Solid-State Batteries

Pliable Lithium Superionic Conductor for All-Solid-State Batteries

A sinter-free future for solid-state battery designs

Enhanced Chondrogenesis and Wnt Signaling in PTH‐Treated Fractures

All‐Solid‐State Batteries: High Active Material Loading in All‐Solid‐State Battery Electrode via Particle Size Optimization (Adv. Energy Mater. 1/2020)

Publisher Correction: Understanding interface stability in solid-state batteries

On the dependence of ionic transport on crystal orientation in NaSICON-type solid electrolytes

A sinter-free future for solid-state battery designs

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