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critical stripping

Critical stripping in solid electrolyte cells

Critical current density on stripping is identified as leading to dendrite formation on plating and cell failu...

Critical current density on stripping is identified as leading to dendrite formation on plating and cell failure.

Critical current density on stripping is identified as leading to dendrite formation on plating and cell failure.

Critical current density on stripping is identified as leading to dendrite formation on plating and cell failure.

21 September 2019

Nb203 monolayer structure

Atomic and electronic structure of an epitaxial Nb2O honeycomb monolayer on Au(111)

STM experimental discovery and theoretical analysis of a new epitaxial (2 × 2) honeycomb Nb2O3 monolayer structure...

STM experimental discovery and theoretical analysis of a new epitaxial (2 × 2) honeycomb Nb2O3 monolayer structure on a Au(111) surface

STM experimental discovery and theoretical analysis of a new epitaxial (2 × 2) honeycomb Nb2O3 monolayer structure on a Au(111) surface

STM experimental discovery and theoretical analysis of a new epitaxial (2 × 2) honeycomb Nb2O3 monolayer structure on a Au(111) surface

19 September 2019

Scanning tunneling microscopy of divacancy defect in Ti203 monolayer on Au

Influence of the support on stabilizing local defects in strained monolayer oxide films

STM and DFT modeling investigation of the structure and energetics of S–W and divacancy defects in a honeycomb...

STM and DFT modeling investigation of the structure and energetics of S–W and divacancy defects in a honeycomb (2 × 2) Ti2O3 monolayer grown on an Au(111) substrate..

STM and DFT modeling investigation of the structure and energetics of S–W and divacancy defects in a honeycomb (2 × 2) Ti2O3 monolayer grown on an Au(111) substrate..

STM and DFT modeling investigation of the structure and energetics of S–W and divacancy defects in a honeycomb (2 × 2) Ti2O3 monolayer grown on an Au(111) substrate..

19 September 2019

Opto-structural coupling

Strong Opto-structural coupling in low dimensional GeSe3 films

GeSe3 thin films show slow optical absorption and a coupling in its optical and structural properties allowing...

GeSe3 thin films show slow optical absorption and a coupling in its optical and structural properties allowing tunability of refractive index

GeSe3 thin films show slow optical absorption and a coupling in its optical and structural properties allowing tunability of refractive index

GeSe3 thin films show slow optical absorption and a coupling in its optical and structural properties allowing tunability of refractive index

Polaron in SiO2

Polarons from First Principles, without Supercells

A new formalism for modelling polarons which combines elements of idealized mathematical models and numerical methods...

A new formalism for modelling polarons which combines elements of idealized mathematical models and numerical methods based on density-functional theory.

A new formalism for modelling polarons which combines elements of idealized mathematical models and numerical methods based on density-functional theory.

A new formalism for modelling polarons which combines elements of idealized mathematical models and numerical methods based on density-functional theory.

Short circuit growth of Li

Microstructural Growth of Lithium in All-Solid-State Batteries

Researchers in the Peter Bruce group follow early stages of Li microstructural growth during galvanostatic cyc...

Researchers in the Peter Bruce group follow early stages of Li microstructural growth during galvanostatic cycling.

Researchers in the Peter Bruce group follow early stages of Li microstructural growth during galvanostatic cycling.

Researchers in the Peter Bruce group follow early stages of Li microstructural growth during galvanostatic cycling.

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Please also see the publications listings on the individual personal homepages of Academic Staff.

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