A connection between the oxidation state (OS) and Bader charge has been missing so far. To our knowledge, all previous work tried to connect OS with Bader charges only with few compounds. The aim of this work was to find a dependency between OS and Bader charge, using a large number of compounds from an open database. We show that a correlation indeed exists between OSs and Bader charges using the simplest machine learning algorithm, linear regression. The applicability of determining OS by Bader charges in mixed-valence compounds and surfaces is considered.</p
Description of redox reactions is critically important for understanding and rational design of mate...
Spinel oxides have attracted growing interest over the years for catalysing the oxygen evolution rea...
Ab initio molecular orbital calculations were carried out to examine the redox potentials of 149 ele...
A generic definition of oxidation state (OS) is formulated: &quot;The OS of a bonded atom equals...
The concepts of oxidation state and atomic charge are entangled in modern materials science. We dist...
Oxidation state (OS) is defined using ionic approximation of bonds. Two principal algorithms are out...
The concepts of oxidation state and atomic charge are entangled in modern materials science. We dist...
Metal oxide clusters possess electronic, chemical, and physical properties that reflect the complex ...
The concept of oxidation state (OS) is based on the concept of Lewis electron pairs, in which the bo...
Many technologies require oxides with high electronic conductivity or mobility (e.g., transparent co...
The likelihood of an element to adopt a specific oxidation state in a solid, given a certain set of ...
This computational paper examines the effect of local atomic environments on the electron charge den...
International audienceThis computational paper examines the effect of local atomic environments on t...
Knowledge of the oxidation state of metal centres in compounds and materials helps in the understand...
The oxidation state (OS) of metals and ligands in inorganic complexes may be defined by carefully cu...
Description of redox reactions is critically important for understanding and rational design of mate...
Spinel oxides have attracted growing interest over the years for catalysing the oxygen evolution rea...
Ab initio molecular orbital calculations were carried out to examine the redox potentials of 149 ele...
A generic definition of oxidation state (OS) is formulated: &quot;The OS of a bonded atom equals...
The concepts of oxidation state and atomic charge are entangled in modern materials science. We dist...
Oxidation state (OS) is defined using ionic approximation of bonds. Two principal algorithms are out...
The concepts of oxidation state and atomic charge are entangled in modern materials science. We dist...
Metal oxide clusters possess electronic, chemical, and physical properties that reflect the complex ...
The concept of oxidation state (OS) is based on the concept of Lewis electron pairs, in which the bo...
Many technologies require oxides with high electronic conductivity or mobility (e.g., transparent co...
The likelihood of an element to adopt a specific oxidation state in a solid, given a certain set of ...
This computational paper examines the effect of local atomic environments on the electron charge den...
International audienceThis computational paper examines the effect of local atomic environments on t...
Knowledge of the oxidation state of metal centres in compounds and materials helps in the understand...
The oxidation state (OS) of metals and ligands in inorganic complexes may be defined by carefully cu...
Description of redox reactions is critically important for understanding and rational design of mate...
Spinel oxides have attracted growing interest over the years for catalysing the oxygen evolution rea...
Ab initio molecular orbital calculations were carried out to examine the redox potentials of 149 ele...