Faculty

Institution

Unit

Venue

Thomas E. Skinner

Professor Emeritus

Wright State University

Affiliations

College of Science and Mathematics

Physics

Thomas E. Skinner is currently serving as a College Of Science And Mathematics Professor Emeritus at Wright State University.

Honors

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Experiences

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Education

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Thomas E. Skinner

Wright State University

Professor Emeritus

You can click a keyword to filter the displayed items

magnetic resonance neuroscience biophysics applied physics materials science nuclear magnetic resonance porous media fluid dynamics fluid mechanics electrophysiology hydraulics condensed matter physics hydrology magnetic resonance imaging dispersion nuclear magnetic resonance spectroscopy hydraulic engineering optimal control design hydraulic conductivity particle physics geotechnical engineering vadose zone broadband excitation adiabatic decoupling tribology water science control design soil science radio frequency optimal control theory percolation theory effective medium theories excitation pulses saturation dependence medical image computing biomedical imaging geophysical research condensed matter dispersion science nonlinear phenomena thermal engineering neuroradiology friction molecular structure transition metal chemistry applied geochemistry electron paramagnetic resonance detection limit laser science brain imaging medical image analysis soil characterization solar-terrestrial interaction high-energy astrophysics chaos theory rna biology experimental analysis radiation chemistry channel characterization magnetic resonance spectroscopy spin dynamics functional selectivity deconvolution frequency control surface engineering short-term variability surface reactivity high temperature geochemistry broadband excitation pulses high-resolution nmr inversion pulses optimal control limited rf amplitude excitation bandwidth

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Potential of Quantitative 2D Hsqc Nmr in 13C Enriched Living Organisms. Journal of Biomolecular NMR (2019)

Daniel LaneThomas E. SkinnerNaum I. GershenzonWolfgang BermelRonald SoongRudraksha Dutta MajumdarYalda Liaghati MobarhanSebastian SchmidtHermann HeumannMartine MonetteMyrna J. SimpsonAndré J. Simpson

quantitative biologybiophysicshsqc nmrbiomolecular engineeringmolecular biologyrna biologynuclear magnetic resonanceliving organisms

Comprehensive Solutions to the Bloch Equations and Dynamical Models for Open Two-Level Systems. Physical review. A/Physical review, A (2018)

Thomas E. Skinner

physicsdynamical modelsbloch equationsopen two-level systemscomprehensive solutions

Optimal Control Rf Pulses for Excitation and Suppression of Nmr Signals in a Conductive Medium. The Journal of Chemical Physics (2018)

Boris KharkovLeonard StroukThomas E. SkinnerAlexej Jerschow

nmr signalsmaterials scienceconductive mediumbiophysicsradio frequencyfrequency controlnuclear magnetic resonanceapplied physicsinstrumentation

New Perspectives on Heteronuclear Decoupling: Classical Rotational Dynamics Applied to Nmr Systems. eMagRes (2016)

Thomas E. Skinner

classical rotational dynamicsnuclear magnetic resonancebiophysicsheteronuclear decoupling

Sine–Gordon Modulation Solutions: Application to Macroscopic Non-Lubricant Friction. Physica D Nonlinear Phenomena (2016)

Naum I. GershenzonGust BambakidisThomas E. Skinner

materials scienceplanetary sciencessine-gordon modulation solutionsparticle physicstribologyapplied physics

How Does Dissipation Affect the Transition From Static to Dynamic Macroscopic Friction?. Lubricants (2015)

Naum GershenzonGust BambakidisThomas Skinner

frictionplanetary sciencesfluid dynamicstribologymacroscopic friction

Saturation Dependence of Transport in Porous Media Predicted by Percolation and Effective Medium Theories. Fractals (2015)

BEHZAD GHANBARIANALLEN G. HUNTTHOMAS E. SKINNERROBERT P. EWING

environmental engineeringeffective medium theoriesporous mediatransmissionsaturation dependence

Scaling of Geochemical Reaction Rates via Advective Solute Transport. Chaos An Interdisciplinary Journal of Nonlinear Science (2015)

A. G. HuntB. GhanbarianT. E. SkinnerR. P. Ewing

fluid dynamicsgeochemical reaction ratesenvironmental sciencechaos theoryadvective solute transport

Further Perspective on the Theory of Heteronuclear Decoupling. Journal of Magnetic Resonance (2014)

Thomas E. Skinner

biophysical chemistrybiophysicsmagnetic resonance spectroscopymagnetic resonancespin dynamicsfunctional selectivitymolecular structureheteronuclear decouplingbiomolecular engineeringnuclear magnetic resonance spectroscopydeconvolutionmolecular biologynuclear magnetic resonancetransition metal chemistry

Next‐Generation Heteronuclear Decoupling for High‐Field Biomolecular Nmr Spectroscopy. Angewandte Chemie International Edition (2014)

Franz SchillingLisa R. WarnerNaum I. GershenzonThomas E. SkinnerMichael SattlerSteffen J. Glaser

biomolecular engineeringbiophysics

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Thomas E. Skinner

Professor Emeritus

Wright State University

Affiliations

College of Science and Mathematics

Physics

Thomas E. Skinner is currently serving as a College Of Science And Mathematics Professor Emeritus at Wright State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Thomas E. Skinner

Wright State University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessing the Potential of Quantitative 2D Hsqc Nmr in 13C Enriched Living Organisms. Journal of Biomolecular NMR (2019)

quantitative biologybiophysicshsqc nmrbiomolecular engineeringmolecular biologyrna biologynuclear magnetic resonanceliving organisms

Comprehensive Solutions to the Bloch Equations and Dynamical Models for Open Two-Level Systems. Physical review. A/Physical review, A (2018)

Thomas E. Skinner

physicsdynamical modelsbloch equationsopen two-level systemscomprehensive solutions

Optimal Control Rf Pulses for Excitation and Suppression of Nmr Signals in a Conductive Medium. The Journal of Chemical Physics (2018)

Boris KharkovLeonard StroukThomas E. SkinnerAlexej Jerschow

nmr signalsmaterials scienceconductive mediumbiophysicsradio frequencyfrequency controlnuclear magnetic resonanceapplied physicsinstrumentation

New Perspectives on Heteronuclear Decoupling: Classical Rotational Dynamics Applied to Nmr Systems. eMagRes (2016)

Thomas E. Skinner

classical rotational dynamicsnuclear magnetic resonancebiophysicsheteronuclear decoupling

Sine–Gordon Modulation Solutions: Application to Macroscopic Non-Lubricant Friction. Physica D Nonlinear Phenomena (2016)

Naum I. GershenzonGust BambakidisThomas E. Skinner

materials scienceplanetary sciencessine-gordon modulation solutionsparticle physicstribologyapplied physics

How Does Dissipation Affect the Transition From Static to Dynamic Macroscopic Friction?. Lubricants (2015)

Naum GershenzonGust BambakidisThomas Skinner

frictionplanetary sciencesfluid dynamicstribologymacroscopic friction

Saturation Dependence of Transport in Porous Media Predicted by Percolation and Effective Medium Theories. Fractals (2015)

BEHZAD GHANBARIANALLEN G. HUNTTHOMAS E. SKINNERROBERT P. EWING

environmental engineeringeffective medium theoriesporous mediatransmissionsaturation dependence

Scaling of Geochemical Reaction Rates via Advective Solute Transport. Chaos An Interdisciplinary Journal of Nonlinear Science (2015)

A. G. HuntB. GhanbarianT. E. SkinnerR. P. Ewing

fluid dynamicsgeochemical reaction ratesenvironmental sciencechaos theoryadvective solute transport

Further Perspective on the Theory of Heteronuclear Decoupling. Journal of Magnetic Resonance (2014)

Thomas E. Skinner

Next‐Generation Heteronuclear Decoupling for High‐Field Biomolecular Nmr Spectroscopy. Angewandte Chemie International Edition (2014)

Franz SchillingLisa R. WarnerNaum I. GershenzonThomas E. SkinnerMichael SattlerSteffen J. Glaser

biomolecular engineeringbiophysics

1
2
3
4
5
6
7
10 / page

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geomorphology

continuum percolation

Joseph Seymour

Institution

Montana State University

magnetic resonance spectroscopy

transport imaging

William P. Halperin

Institution

Northwestern University

superconducting material

high-tc superconductivity

James McClure

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thermodynamics

complex system

Bradley J. Roth

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Oakland University

electrophysiology

neuroscience

Behzad Ghanbarian

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Kansas State University

fluid flow

hydrogeology

Sarah Codd

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membrane science

gas in ceramics

Marc A Hesse

Institution

University of Texas at Austin

reactive transport

computational geochemistry

Daniel Rothman

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Massachusetts Institute of Technology

applied physics

earth science

Diogo Bolster

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environmental engineering

hydraulic research