Estimating Stability Constants and Entropy for Reactions Between Aqueous Metal Ions and Monovalent Oxygen-Bearing Ligands: Applications to Hydrothermal Metal–Organic Acid Systems

Name: Estimating Stability Constants and Entropy for Reactions Between Aqueous Metal Ions and Monovalent Oxygen-Bearing Ligands: Applications to Hydrothermal Metal–Organic Acid Systems
Creator: Apar Prasad
Published: 2025-09-29T13:03:06.714Z
Keywords: Biochemistry, Physical Chemistry, Geochemistry, Thermodynamics, Aqueous Geochemistry, Hydrothermal Vent, Coordination Chemistry, Chemical Speciation

Prasad, Apar; Shock, Everett

doi:10.17632/6t7kd2jkpn.1

Estimating Stability Constants and Entropy for Reactions Between Aqueous Metal Ions and Monovalent Oxygen-Bearing Ligands: Applications to Hydrothermal Metal–Organic Acid Systems

Published: 29 September 2025| Version 1 | DOI: 10.17632/6t7kd2jkpn.1

Contributors:

Apar Prasad, Everett Shock

Description

This dataset includes all the stability constant and entropy values for metal-ligand complexation reactions mentioned in the original paper

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Institutions

Arizona State University

Estimating Stability Constants and Entropy for Reactions Between Aqueous Metal Ions and Monovalent Oxygen-Bearing Ligands: Applications to Hydrothermal Metal–Organic Acid Systems

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