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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

2,150

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Energy

Working Paper

A Molecular Model of Secondary Battery Cycle-life Pointing Towards a Final Regularity Resembling Carnot-efficiency

Roland Hermann Pawelke

Version 2 posted 28 June 2021

295

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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

634

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1

Citations

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

507

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Physical Chemistry

Working Paper

The Straightforward Route Towards the Theoretical Specific Free Enthalpy of Electrochemical Reactions

Roland Hermann Pawelke

Version 3 posted 20 January 2021

852

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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

659

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Inorganic Chemistry

Working Paper

A Transition State Theory Perspective on the Relation of Reversible Metal Hydride First-Order Kinetics to Equilibrium Thermodynamics

Roland Hermann Pawelke

Version 2 posted 19 May 2021

340

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Materials Science

Working Paper

The Thermodynamic Way of Assessing Reversible Metal Hydride Volume Expansion: Getting a Grip on Metal Hydride Formation Overpotential

Roland Hermann Pawelke

Version 4 posted 08 February 2021

755

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Earth, Space, and Environmental Chemistry

Working Paper

Climate Change and Sustainability

An Ideal yet Highly Accurate Model Correlating Global Average Temperature to Excess CO₂-Emissions

Roland Hermann Pawelke

Version 1 posted 14 June 2021

315

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Physical Chemistry

Working Paper

A Study of K/Ti-co-doped NaAlH₄ on Thermodynamic Tailoring, Surplus Hydrogen Amount and Metal Hydride Molar Volume

Roland Hermann Pawelke

Version 1 posted 11 February 2021

216

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10 results in Roland Hermann Pawelke in Authors: Roland Hermann Pawelke

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

A Molecular Model of Secondary Battery Cycle-life Pointing Towards a Final Regularity Resembling Carnot-efficiency

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

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

The Straightforward Route Towards the Theoretical Specific Free Enthalpy of Electrochemical Reactions

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

A Transition State Theory Perspective on the Relation of Reversible Metal Hydride First-Order Kinetics to Equilibrium Thermodynamics

The Thermodynamic Way of Assessing Reversible Metal Hydride Volume Expansion: Getting a Grip on Metal Hydride Formation Overpotential

An Ideal yet Highly Accurate Model Correlating Global Average Temperature to Excess CO2-Emissions

A Study of K/Ti-co-doped NaAlH4 on Thermodynamic Tailoring, Surplus Hydrogen Amount and Metal Hydride Molar Volume

10 results in Authors: Roland Hermann Pawelke

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

An Ideal yet Highly Accurate Model Correlating Global Average Temperature to Excess CO₂-Emissions

A Study of K/Ti-co-doped NaAlH₄ on Thermodynamic Tailoring, Surplus Hydrogen Amount and Metal Hydride Molar Volume