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Inorganic Chemistry

Working Paper

On the Common Ground of Thermodynamics and Kinetics: How to Pin Down Overpotential to Reversible Metal Hydride Formation and the Complete Ideal Gas Theory of Reversible Chemical Hydrogen Storage

Roland Hermann Pawelke

Version 3 posted 20 January 2021

557

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Materials Science

Working Paper

Thermodynamic Modelling of Hydrogen-Multicomponent Alloy Systems: Calculating Pressure-Composition-Temperature Diagrams

Guilherme Zepon, Bruno Silva, Claudia Zlotea, Walter José Botta, Yannick Champion

Version 1 posted 22 April 2021

585

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1

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Inorganic Chemistry

Working Paper

The Profound Unravelling of Equilibrium Thermodynamics and Arrhenius First-Order Kinetics in Relation to Metal Hydride Desorption Reactions

Roland Hermann Pawelke

Version 3 posted 19 May 2021

695

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Energy

Working Paper

HyStor: An Experimental Database of Hydrogen Storage Properties for Various Metal Alloy Classes

Nikhil Wilson, Ashwini D Verma, Piyush Ranjan Maharana, Ameeya Bhusan Sahoo, Kavita Joshi

Version 1 posted 22 April 2024

224

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Energy

Review

A Comprehensive Review of Hydrogen Storage Methods

Muhammad Raza, Ali Mehdi, Rida Zehra

Version 1 posted 05 August 2024

180

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Energy

Working Paper

PCTpro: A Machine learning model for rapid prediction of Pressure-Composition-Temperature (PCT) isotherms

Ashwini Verma, Kavita Joshi

Version 1 posted 09 April 2024

211

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Materials Science

Working Paper

Pulsed Laser Activation Method for Hydrogen Storage Alloys

Bruno Silva, Juliana Almeida, Antonio Hernandes, Renato Gonçalves, Guilherme Zepon

Version 1 posted 26 October 2023

174

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Chemical Engineering and Industrial Chemistry

Working Paper

Marrying Wright's Law to Thermodynamics for an Ideal Relative Final Cost-predicting Model of Carbon-fuel Substitution

Roland Hermann Pawelke

Version 2 posted 01 February 2021

689

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Energy

Working Paper

Towards Pareto optimal high entropy hydrides via data-driven materials discovery

Matthew Witman, Sanliang Ling, Matthew Wadge, Anis Bouzidi, Nayely Pineda-Romero, Rebecca Clulow, Gustav Ek, Jeffery Chames, Emily Allendorf, Sapan Agarwal, Mark Allendorf, Gavin Walker, David Grant, Martin Sahlberg, Claudia Zlotea, Vitalie Stavila

Version 1 posted 01 December 2022

471

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Energy

Working Paper

The Master Key to the Problem of Reversible Chemical Hydrogen Storage is 12 kJ (mol H₂)^-1

Roland Hermann Pawelke

Version 11 posted 31 May 2021

2,229

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Refine Search

12 results in Metal Hydrides in Keywords: Metal Hydrides

On the Common Ground of Thermodynamics and Kinetics: How to Pin Down Overpotential to Reversible Metal Hydride Formation and the Complete Ideal Gas Theory of Reversible Chemical Hydrogen Storage

Thermodynamic Modelling of Hydrogen-Multicomponent Alloy Systems: Calculating Pressure-Composition-Temperature Diagrams

The Profound Unravelling of Equilibrium Thermodynamics and Arrhenius First-Order Kinetics in Relation to Metal Hydride Desorption Reactions

HyStor: An Experimental Database of Hydrogen Storage Properties for Various Metal Alloy Classes

A Comprehensive Review of Hydrogen Storage Methods

PCTpro: A Machine learning model for rapid prediction of Pressure-Composition-Temperature (PCT) isotherms

Pulsed Laser Activation Method for Hydrogen Storage Alloys

Marrying Wright's Law to Thermodynamics for an Ideal Relative Final Cost-predicting Model of Carbon-fuel Substitution

Towards Pareto optimal high entropy hydrides via data-driven materials discovery

The Master Key to the Problem of Reversible Chemical Hydrogen Storage is 12 kJ (mol H2)-1

12 results in Keywords: Metal Hydrides

The Master Key to the Problem of Reversible Chemical Hydrogen Storage is 12 kJ (mol H₂)^-1