Faculty

Institution

Unit

Venue

Ronald G Lawler

Professor Emeritus of Chemistry

Brown University

Affiliations

Department of Chemistry

Ronald G Lawler is currently serving as a Chemistry Professor Emeritus of Chemistry at Brown University.

Honors

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Experiences

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Education

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Ronald G Lawler

Brown University

Professor Emeritus of Chemistry

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chemistry physical chemistry materials science nuclear magnetic resonance physiology organic chemistry dynamic nuclear polarization chemical engineering quantum chemistry animal physiology comparative physiology photochemistry nuclear chemistry computational chemistry applied physiology nuclear spin relaxation spectroscopy mammalian biology coordination chemistry condensed matter physics chemical sciences circulatory physiology transition metal chemistry nuclear magnetic resonance spectroscopy cardiovascular physiology organic solvents magnetic resonance material chemistry cellular physiology vascular biology animal science fullerenes veterinary physiology redox chemistry physiological research renal function enhanced absorption translation-rotation eigenstates spin chemistry nuclear relaxation nuclear spin isomers temperature dependence isolated turtle hearts grignard reagents cidnp evidence turtle heart free radical biology structural chemistry regulatory toxicology quantum biology theoretical inorganic chemistry electron spectroscopy cryogenics chemical transformations radical (chemistry) pharmacokinetics skeletal muscle tissue physiology endocrine research energy metabolism magnetic fields organometallic catalysis respiration (physiology) metabolic regulation molecular complexes instrument science direct observation hypoxia (medicine) kidney research membrane transport renal care rna biology quantum rotation endohedral molecules quantum five-dimensional calculations hydrodynamic theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prelims. Contributions to nephrology (2019)

Claudio RoncoCarlo CrepaldiMitchell H. RosnerCarlo CrepaldiMitchell H. RosnerClaudio Ronco

health care deliveryhealth carehealth planninghealth policyhealth care managementintegrated carehealth systemsnursingemerald publishing limitedhealth administrationhealth services research

New Possibilities for Magnetic Control of Chemical and Biochemical Reactions. Accounts of Chemical Research (2017)

Anatoly BuchachenkoRonald G. Lawler

biochemical reactionsmagnetic controlchemical engineeringchemistry

Nonmetallic Endofullerenes and the Endohedral Environment: Structure, Dynamics, and Spin Chemistry. Nanostructure science and technology (2017)

Ronald G. Lawler

endohedral environmentnonmetallic endofullerenesspin chemistry

Hd in C 60: Theoretical Prediction of the Inelastic Neutron Scattering Spectrum and Its Temperature Dependence. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2013)

Minzhong XuShufeng YeRonald LawlerNicholas J. TurroZlatko Bačić

physicsnuclear physicsapplied physicsearth sciencemathematical physicstemperature dependence

Inelastic Neutron Scattering Spectrum of H2@C60 and Its Temperature Dependence Decoded Using Rigorous Quantum Calculations and a New Selection Rule. The Journal of Chemical Physics (2013)

Minzhong XuShufeng YeAnna PowersRonald LawlerNicholas J. TurroZlatko Bačić

materials sciencequantum chemistryrigorous quantum calculationsphysical chemistrytemperature dependence

Interaction of H 2 @C 60 and Nitroxide Through Conformationally Constrained Peptide Bridges. Photochemistry and Photobiology (2013)

Luca GarbuioYongjun LiSabrina AntonelloJosé A. GascónRonald G. LawlerXuegong LeiYasujiro MurataNicholas J. TurroFlavio Maran

peptide bridgespeptidesconformational studiesphotochemistrybiomolecular interactionsphotobiologychemistry

Nuclear Spin Isomers of Guest Molecules in H 2 @C 60, H 2 O@C 60 and Other Endofullerenes. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2013)

Judy Y.-C. ChenYongjun LiMichael FrunziXuegong LeiYasujiro MurataRonald G. LawlerNicholas J. Turro

organic chemistrynuclear spin isomersguest moleculeschemistry

Paramagnet Enhanced Nuclear Spin Relaxation in H 2 O@Open-C 60 and H 2 @Open-C 60. Organic Letters (2013)

Yongjun LiXuegong LeiJudy Y. C. ChenYasujiro MurataNicholas J. TurroRonald G. Lawler

nuclear physicsnuclear spin relaxationchemistry

Predicting the Paramagnet-Enhanced Nmr Relaxation of H 2 Encapsulated in Endofullerene Nitroxides by Density-Functional Theory Calculations. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2013)

Federico RastrelliDiego FrezzatoRonald G. LawlerYongjun LiNicholas J. TurroAlessandro Bagno

materials sciencedensity-functional theory calculationsendofullerene nitroxidesapplied physicsapplied mathematicsmathematical physicsphysical chemistrynuclear magnetic resonance

Comparison of Nuclear Spin Relaxation of H 2 O@C 60 and H 2 @C 60 and Their Nitroxide Derivatives. The Journal of Physical Chemistry Letters (2012)

Yongjun LiJudy Y.-C. ChenXuegong LeiRonald G. LawlerYasujiro MurataKoichi KomatsuNicholas J. Turro

materials sciencephysicsnuclear spin relaxationatomic physicsnuclear physicsnitroxide derivativesphysical chemistrychemistry

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Ronald G Lawler

Professor Emeritus of Chemistry

Brown University

Affiliations

Department of Chemistry

Ronald G Lawler is currently serving as a Chemistry Professor Emeritus of Chemistry at Brown 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

Ronald G Lawler

Brown University

Professor Emeritus of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Prelims. Contributions to nephrology (2019)

Claudio RoncoCarlo CrepaldiMitchell H. RosnerCarlo CrepaldiMitchell H. RosnerClaudio Ronco

health care deliveryhealth carehealth planninghealth policyhealth care managementintegrated carehealth systemsnursingemerald publishing limitedhealth administrationhealth services research

New Possibilities for Magnetic Control of Chemical and Biochemical Reactions. Accounts of Chemical Research (2017)

Anatoly BuchachenkoRonald G. Lawler

biochemical reactionsmagnetic controlchemical engineeringchemistry

Nonmetallic Endofullerenes and the Endohedral Environment: Structure, Dynamics, and Spin Chemistry. Nanostructure science and technology (2017)

Ronald G. Lawler

endohedral environmentnonmetallic endofullerenesspin chemistry

Minzhong XuShufeng YeRonald LawlerNicholas J. TurroZlatko Bačić

physicsnuclear physicsapplied physicsearth sciencemathematical physicstemperature dependence

Inelastic Neutron Scattering Spectrum of H2@C60 and Its Temperature Dependence Decoded Using Rigorous Quantum Calculations and a New Selection Rule. The Journal of Chemical Physics (2013)

Minzhong XuShufeng YeAnna PowersRonald LawlerNicholas J. TurroZlatko Bačić

materials sciencequantum chemistryrigorous quantum calculationsphysical chemistrytemperature dependence

Interaction of H 2 @C 60 and Nitroxide Through Conformationally Constrained Peptide Bridges. Photochemistry and Photobiology (2013)

Luca GarbuioYongjun LiSabrina AntonelloJosé A. GascónRonald G. LawlerXuegong LeiYasujiro MurataNicholas J. TurroFlavio Maran

peptide bridgespeptidesconformational studiesphotochemistrybiomolecular interactionsphotobiologychemistry

Nuclear Spin Isomers of Guest Molecules in H 2 @C 60, H 2 O@C 60 and Other Endofullerenes. Philosophical Transactions of the Royal Society A Mathematical Physical and Engineering Sciences (2013)

Judy Y.-C. ChenYongjun LiMichael FrunziXuegong LeiYasujiro MurataRonald G. LawlerNicholas J. Turro

organic chemistrynuclear spin isomersguest moleculeschemistry

Paramagnet Enhanced Nuclear Spin Relaxation in H 2 O@Open-C 60 and H 2 @Open-C 60. Organic Letters (2013)

Yongjun LiXuegong LeiJudy Y. C. ChenYasujiro MurataNicholas J. TurroRonald G. Lawler

nuclear physicsnuclear spin relaxationchemistry

Federico RastrelliDiego FrezzatoRonald G. LawlerYongjun LiNicholas J. TurroAlessandro Bagno

materials sciencedensity-functional theory calculationsendofullerene nitroxidesapplied physicsapplied mathematicsmathematical physicsphysical chemistrynuclear magnetic resonance

Comparison of Nuclear Spin Relaxation of H 2 O@C 60 and H 2 @C 60 and Their Nitroxide Derivatives. The Journal of Physical Chemistry Letters (2012)

Yongjun LiJudy Y.-C. ChenXuegong LeiRonald G. LawlerYasujiro MurataKoichi KomatsuNicholas J. Turro

materials sciencephysicsnuclear spin relaxationatomic physicsnuclear physicsnitroxide derivativesphysical chemistrychemistry

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5
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Similar Faculty Members

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Northwestern University

biophysics

materials science

Aaron J Rossini

Institution

Iowa State University

materials science

chemistry

Gary J. Blanchard

Institution

Michigan State University

chemistry

interface chemistry

Leonard Mueller

Institution

University of California, Riverside

physical chemistry

protein structure

Jochen Autschbach

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theoretical chemistry

quantum chemistry

Sergei Vinogradov

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University of Pennsylvania

quantum chemistry

physical chemistry

Anthony S. Serianni

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sustainability science

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University of Alabama

molecular spectroscopy

protein structure

Reinhard Schweitzer-Stenner

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protein modeling

biomolecular structure

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wide range

ultrafast laser spectroscopy