Faculty

Institution

Unit

Venue

William Warren

Emeritus Professor

Oregon State University

Affiliations

College of Science

Department of Physics

William Warren is currently serving as a College Of Science Emeritus Professor at Oregon State University.

Honors

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Experiences

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Education

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William Warren

Oregon State University

Emeritus Professor

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materials science condensed matter physics applied physics physics nuclear magnetic resonance condensed matter atomic physics particle physics superconductivity nuclear physics thin films magnetism biophysics solid-state physics expanded liquid cesium nmr studies transition metal chemistry metals solid-state chemistry coordination chemistry material chemistry material research experimental analysis surface reactivity nmr study ionic liquids nqr studies molecular liquids nuclear quadrupole resonance electronic structure cu spin dynamics nuclear spin-lattice relaxation liquid selenium alkali metals magnetic susceptibility nmr investigation bistable defects metal-nonmetal transition space weather solid-state electronics electronic materials interface science mechanical science structural chemistry magnetic resonance excited state property lunar science general relativity partially ordered set anisotropic materials catalyst preparation charge transport short-term variability benchmark studies high-tc superconductivity high tc superconductors instrument science metallurgical system liquidity solid-state nmr spectroscopy semiconductor materials ferromagnetism surface electrochemistry defect formation interfacial studies strain localization surface functionalization interface chemistry metallurgical interaction alloy phase material physics precursor effects high temperature electronic transformations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Temperature-Dependent 29Si Nmr Resonance Shifts in Lightly- and Heavily-Doped Si: P. Solid State Nuclear Magnetic Resonance (2013)

Ernesta M. MeintjesWilliam W. Warren,James P. Yesinowski

thin filmsmaterials sciencebiophysicssolid-state nmr spectroscopysemiconductor materialscondensed matter physicscondensed mattersolid-state chemistrynuclear magnetic resonanceapplied physics

Spin-Lattice Relaxation of 113Cd and 19F Nuclear Spins in the Crystal Lattice of Cdf2 Semiconductor Crystals With DX Centers. Semiconductors (2009)

S. A. KazanskiiW. W. WarrenA. I. Ryskin

materials sciencespin-lattice relaxationnuclear spinsparticle physicscondensed matter physicscrystal latticedx centers

Electron Statistics and Cluster Formation in Cdf2 Semiconductors With DX-Centers. Physica B Condensed Matter (2007)

S.A. KazanskiiA.S. ShcheulinA.I. RyskinN.A. SobolevD. HilgerW.W. Warren

physicsmaterials sciencecondensed matter physicscondensed mattercluster formationelectron statisticssemiconductorsapplied physics

Temperature-Dependent Nmr Study of the Impurity State in Heavily Doped Si: P. Physical Review B (2005)

Ernesta M. MeintjesJeremy DanielsonWilliam W. Warren

physicsmaterials sciencetemperature-dependent nmr studycondensed matter physicscondensed matterimpurity stateapplied physics

Nuclear Quadrupole Resonance Studies of Transparent Conducting Oxides. Solid State Nuclear Magnetic Resonance (2004)

W.W. WarrenA. RajabzadehT. OlheiserJ. LiuJ. TateM.K. JayarajK.A. Vanaja

materials sciencenuclear quadrupole resonancecondensed matter physicselectrical engineeringnuclear magnetic resonancenanotechnology

Nuclear Magnetic Resonance in Expanded Fluid Metals. Zeitschrift für Physikalische Chemie (2003)

William W. Warren

physicsmagnetic resonancephysical chemistrynuclear physicsnuclear magnetic resonance spectroscopychemistryexpanded fluid metalsnuclear magnetic resonance

Electronic Properties of Metal/Molten Salt Solutions. Springer eBooks (2002)

William W. Warren

materials scienceelectronic materialselectronic propertiessurface electrochemistrychemistrysurface reactivitymetalselectrochemistry

Nuclear Spin-Lattice Relaxation by Optically Bistable Defects in Cdf 2: In. Physical review. B, Condensed matter (2002)

M. ShroyerW. W. WarrenA. I. Ryskin

physicsmaterials sciencethin filmsexperimental analysisnuclear physicsatomic physicsparticle physicscondensed matter physicsbistable defectsnuclear spin-lattice relaxationapplied physics

Nmr Investigation of Cdf2: Ga. Physica B Condensed Matter (2001)

D. HilgerS.A. KazanskiiA.I. RyskinW.W. Warren

physicsmaterials sciencenmr investigationcondensed mattercondensed matter physicsnuclear magnetic resonance

Electronic Structure and Transitions of Liquid Selenium at High Temperatures and Pressures. Journal of Non-Crystalline Solids (1999)

William W Warren

materials scienceliquid seleniumphase transitionscondensed matter physicssolid-state chemistryhigh temperatures

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William Warren

Emeritus Professor

Oregon State University

Affiliations

College of Science

Department of Physics

William Warren is currently serving as a College Of Science Emeritus Professor at Oregon 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

William Warren

Oregon State University

Emeritus Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Temperature-Dependent 29Si Nmr Resonance Shifts in Lightly- and Heavily-Doped Si: P. Solid State Nuclear Magnetic Resonance (2013)

Ernesta M. MeintjesWilliam W. Warren,James P. Yesinowski

thin filmsmaterials sciencebiophysicssolid-state nmr spectroscopysemiconductor materialscondensed matter physicscondensed mattersolid-state chemistrynuclear magnetic resonanceapplied physics

Spin-Lattice Relaxation of 113Cd and 19F Nuclear Spins in the Crystal Lattice of Cdf2 Semiconductor Crystals With DX Centers. Semiconductors (2009)

S. A. KazanskiiW. W. WarrenA. I. Ryskin

materials sciencespin-lattice relaxationnuclear spinsparticle physicscondensed matter physicscrystal latticedx centers

Electron Statistics and Cluster Formation in Cdf2 Semiconductors With DX-Centers. Physica B Condensed Matter (2007)

S.A. KazanskiiA.S. ShcheulinA.I. RyskinN.A. SobolevD. HilgerW.W. Warren

physicsmaterials sciencecondensed matter physicscondensed mattercluster formationelectron statisticssemiconductorsapplied physics

Temperature-Dependent Nmr Study of the Impurity State in Heavily Doped Si: P. Physical Review B (2005)

Ernesta M. MeintjesJeremy DanielsonWilliam W. Warren

physicsmaterials sciencetemperature-dependent nmr studycondensed matter physicscondensed matterimpurity stateapplied physics

Nuclear Quadrupole Resonance Studies of Transparent Conducting Oxides. Solid State Nuclear Magnetic Resonance (2004)

W.W. WarrenA. RajabzadehT. OlheiserJ. LiuJ. TateM.K. JayarajK.A. Vanaja

materials sciencenuclear quadrupole resonancecondensed matter physicselectrical engineeringnuclear magnetic resonancenanotechnology

Nuclear Magnetic Resonance in Expanded Fluid Metals. Zeitschrift für Physikalische Chemie (2003)

William W. Warren

physicsmagnetic resonancephysical chemistrynuclear physicsnuclear magnetic resonance spectroscopychemistryexpanded fluid metalsnuclear magnetic resonance

Electronic Properties of Metal/Molten Salt Solutions. Springer eBooks (2002)

William W. Warren

materials scienceelectronic materialselectronic propertiessurface electrochemistrychemistrysurface reactivitymetalselectrochemistry

Nuclear Spin-Lattice Relaxation by Optically Bistable Defects in Cdf 2: In. Physical review. B, Condensed matter (2002)

M. ShroyerW. W. WarrenA. I. Ryskin

physicsmaterials sciencethin filmsexperimental analysisnuclear physicsatomic physicsparticle physicscondensed matter physicsbistable defectsnuclear spin-lattice relaxationapplied physics

Nmr Investigation of Cdf2: Ga. Physica B Condensed Matter (2001)

D. HilgerS.A. KazanskiiA.I. RyskinW.W. Warren

physicsmaterials sciencenmr investigationcondensed mattercondensed matter physicsnuclear magnetic resonance

Electronic Structure and Transitions of Liquid Selenium at High Temperatures and Pressures. Journal of Non-Crystalline Solids (1999)

William W Warren

materials scienceliquid seleniumphase transitionscondensed matter physicssolid-state chemistryhigh temperatures

1
2
3
4
5
9
10 / page

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superconducting material

high-tc superconductivity

Trevor Tyson

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New Jersey Institute of Technology

thermodynamics

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Michigan State University

quantum materials

magnetism

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materials science

applied physics

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