Faculty

Institution

Unit

Venue

G. V. Gibbs

Professor Emeritus of Mineralogy and University Distinguished Professor

Virginia Tech

Affiliations

College of Science

Department of Geosciences

G. V. Gibbs is currently serving as a College Of Science Professor Emeritus of Mineralogy and University Distinguished Professor at Virginia Tech.

Honors

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Experiences

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Education

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G. V. Gibbs

Virginia Tech

Professor Emeritus of Mineralogy and University Distinguished Professor

You can click a keyword to filter the displayed items

materials science crystallography inorganic chemistry chemistry physics condensed matter physics applied physics physical chemistry geochemistry material chemistry molecular structure structural chemistry crystal structures chemical bond quantum chemistry chemical structure electron density electron density distributions computational chemistry inorganic materials electronic structure theoretical chemistry mineral geochemistry crystal research material research condensed matter crystal engineering bond strength electron density distribution bond length solid-state chemistry humite minerals bonded interactions transition metal chemistry theoretical inorganic chemistry molecular solids bond critical point coordination chemistry nonferrous metal electron localization function bond paths earth materials molecular mimicry crystal growth membrane science energy chemistry physicochemical analysis electron physic x-ray diffraction defect formation crystal material molecular orbital study framework structures silicate crystals chemical sciences chemical geology igneous petrology ab-initio methods molecular chemistry soil mineralogy mathematical chemistry elemental metal crystal chemistry glass material adsorption proton transfer molecular docking thermal properties membrane permeation simulated annealing crystal structure design mineral physics accessory minerals authigenic mineral formation inorganic polymer ion structure

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pauling’s Rules for Oxide-Based Minerals: A Re-Examination Based on Quantum Mechanical Constraints. Abstracts with programs - Geological Society of America (2023)

Gordon BrownG.V. GibbsFrank Hawthorne

oxide-based mineralsgeochemistryquantum mechanicsearth sciencegeomechanicsquantum mechanical constraintsgeologyapplied physicsmaterials science

Pauling’s Rules for Oxide-Based Minerals: A Re-Examination Based on Quantum Mechanical Constraints and Modern Applications of Bond-Valence Theory to Earth Materials. American Mineralogist (2021)

Gerald V. GibbsFrank C. HawthorneGordon E. Brown

earth materialsoxide-based mineralsgeochemistryearth sciencemining sciencequantum mechanical constraintsmodern applicationsapplied physicsmaterials sciencebond-valence theory

The Incompressibility of Atoms at High Pressures. American Mineralogist (2020)

Gerald V. GibbsDavid F. CoxNancy L. Ross

crystal researchcrystal materialelectron densitybond critical pointstructural chemistrymaterial researchphysical chemistrycrystallographymaterial chemistrycrystal engineeringchemistryapplied physicsinorganic materialshigh pressurematerials sciencesolid-state chemistry

A Variety of Bond Analysis Methods, One Answer? an Investigation of the Element−Oxygen Bond of Hydroxides H N Xoh. Chemistry - A European Journal (2018)

Malte FugelJens BeckmannDylan JayatilakaGerald V. GibbsSimon Grabowsky

inorganic chemistrychemistrybond analysis methodsorganic chemistryelement-oxygen bond

Sulfide Bonded Atomic Radii. Physics and Chemistry of Minerals (2017)

G. V. GibbsN. L. RossD. F. Cox

chemical bondstructural chemistryatomic physicschemistrychemical structuremolecular structureatomic radii

Bond Length Estimates for Oxide Crystals With a Molecular Power Law Expression. Physics and Chemistry of Minerals (2015)

G. V. GibbsNancy L. RossDavid F. Cox

molecular solidsmolecular crystalscrystal researchcrystal materialphysicsphysical chemistryelectronic structureoxide crystalsbond length estimatesapplied physicsdensity functional theory

Insights Into the Crystal Chemistry of Earth Materials Rendered by Electron Density Distributions: Pauling's Rules Revisited. American Mineralogist (2014)

G. V. GibbsN. L. RossD. F. CoxK. M. Rosso

earth materialscrystal researchchemical bondquantum chemistrystructural chemistryelectron density distributionsphysical chemistrycrystallographycrystal engineeringtheoretical chemistryelectron configurationelectronic structurechemistrycrystal growthsilicate crystalsmaterials science

Bonded Radii and the Contraction of the Electron Density of the Oxygen Atom by Bonded Interactions. The Journal of Physical Chemistry A (2013)

Gerald V. GibbsNancy L. RossDavid F. CoxKevin M. RossoBo B. IversenMark A. Spackman

theoretical inorganic chemistrybonded interactionschemical bondelectron densityquantum chemistrystructural chemistryion structurecomputational chemistryelectronic structuretheoretical chemistryelectron configurationchemistryelectron density distributionmaterials science

Pauling Bond Strength, Bond Length and Electron Density Distribution. Physics and Chemistry of Minerals (2013)

G. V. GibbsN. L. RossD. F. CoxK. M. RossoB. B. IversenM. A. Spackman

physicsquantum chemistrybond strengthelectronic structureelectron configuration

Pressure Impact on the Structure, Elasticity, and Electron Density Distribution of Casi2o5. Physical Review B (2013)

Yonggang G. YuRoss J. AngelNancy L. RossG. V. Gibbs

pressure impactphysicscondensed mattermechanics of materialsapplied physicscondensed matter physicsmaterials scienceplasticity

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G. V. Gibbs

Professor Emeritus of Mineralogy and University Distinguished Professor

Virginia Tech

Affiliations

College of Science

Department of Geosciences

G. V. Gibbs is currently serving as a College Of Science Professor Emeritus of Mineralogy and University Distinguished Professor at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

G. V. Gibbs

Virginia Tech

Professor Emeritus of Mineralogy and University Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Pauling’s Rules for Oxide-Based Minerals: A Re-Examination Based on Quantum Mechanical Constraints. Abstracts with programs - Geological Society of America (2023)

Gordon BrownG.V. GibbsFrank Hawthorne

oxide-based mineralsgeochemistryquantum mechanicsearth sciencegeomechanicsquantum mechanical constraintsgeologyapplied physicsmaterials science

Pauling’s Rules for Oxide-Based Minerals: A Re-Examination Based on Quantum Mechanical Constraints and Modern Applications of Bond-Valence Theory to Earth Materials. American Mineralogist (2021)

Gerald V. GibbsFrank C. HawthorneGordon E. Brown

earth materialsoxide-based mineralsgeochemistryearth sciencemining sciencequantum mechanical constraintsmodern applicationsapplied physicsmaterials sciencebond-valence theory

The Incompressibility of Atoms at High Pressures. American Mineralogist (2020)

Gerald V. GibbsDavid F. CoxNancy L. Ross

A Variety of Bond Analysis Methods, One Answer? an Investigation of the Element−Oxygen Bond of Hydroxides H N Xoh. Chemistry - A European Journal (2018)

Malte FugelJens BeckmannDylan JayatilakaGerald V. GibbsSimon Grabowsky

inorganic chemistrychemistrybond analysis methodsorganic chemistryelement-oxygen bond

Sulfide Bonded Atomic Radii. Physics and Chemistry of Minerals (2017)

G. V. GibbsN. L. RossD. F. Cox

chemical bondstructural chemistryatomic physicschemistrychemical structuremolecular structureatomic radii

Bond Length Estimates for Oxide Crystals With a Molecular Power Law Expression. Physics and Chemistry of Minerals (2015)

G. V. GibbsNancy L. RossDavid F. Cox

molecular solidsmolecular crystalscrystal researchcrystal materialphysicsphysical chemistryelectronic structureoxide crystalsbond length estimatesapplied physicsdensity functional theory

Insights Into the Crystal Chemistry of Earth Materials Rendered by Electron Density Distributions: Pauling's Rules Revisited. American Mineralogist (2014)

G. V. GibbsN. L. RossD. F. CoxK. M. Rosso

Bonded Radii and the Contraction of the Electron Density of the Oxygen Atom by Bonded Interactions. The Journal of Physical Chemistry A (2013)

Gerald V. GibbsNancy L. RossDavid F. CoxKevin M. RossoBo B. IversenMark A. Spackman

Pauling Bond Strength, Bond Length and Electron Density Distribution. Physics and Chemistry of Minerals (2013)

G. V. GibbsN. L. RossD. F. CoxK. M. RossoB. B. IversenM. A. Spackman

physicsquantum chemistrybond strengthelectronic structureelectron configuration

Pressure Impact on the Structure, Elasticity, and Electron Density Distribution of Casi2o5. Physical Review B (2013)

Yonggang G. YuRoss J. AngelNancy L. RossG. V. Gibbs

pressure impactphysicscondensed mattermechanics of materialsapplied physicscondensed matter physicsmaterials scienceplasticity

1
2
3
4
5
20
10 / page

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Similar Faculty Members

Nancy L. Ross

Institution

Virginia Tech

theoretical modelling

chemistry

Robert Downs

Institution

University of Arizona

materials science

earth science

Udo Becker

Institution

University of Michigan

mineral processing

geochemistry

Talat S. Rahman

Institution

University of Central Florida

density functional theory

functional materials

Adam Matzger

Institution

University of Michigan

chemistry

materials science

Donald E Ellis

Institution

Northwestern University

complex materials

material simulation

William B. White

Institution

Pennsylvania State University

crustal evolution

geological data

Paul Bagus

Institution

University of North Texas

materials science

surface science

Kevin Smith

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Boston University

low dimensional solids

advanced materials

Shiv N Khanna

Institution

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nanoparticle

nanotechnology