Faculty

Institution

Unit

Venue

Henry Linschitz

Professor Emeritus

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

Henry Linschitz is currently serving as a Chemistry Professor Emeritus at Brandeis University.

Honors

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Experiences

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Education

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Henry Linschitz

Brandeis University

Professor Emeritus

You can click a keyword to filter the displayed items

chemistry transition metal chemistry photochemistry optical properties molecular biology physical chemistry biomolecular engineering biochemistry quantum chemistry chemical sciences surface reactivity chemical kinetics chemical biology physical organic chemistry mechanistic photochemistry photosynthesis luminescence photobiology inorganic photochemistry synthetic photochemistry spectroscopy fluorescence spectroscopy redox biology molecular science coordination chemistry selective separation material chemistry structural chemistry hydrogen bond photoelectrochemistry protein science molecular metabolism light science spectra-structure correlation phosphorescence phytochrome photodegradation supramolecular photochemistry flash photolysis atomic spectroscopy photomedicine experimental botany organic electrochemistry chemical bond laser photochemistry phytochemistry secondary metabolites fullerenes photophysical properties proton-coupled electron transfer charge transport photochromism bioluminescence inhibitory activity key site residual stress supramolecular chemistry metastable states phytochrome conversion proton movement electron transfer fundamental electrochemistry absorption spectroscopy atomic absorption radiative absorption aprotic solvents protonation effects absorption spectra decay kinetics hydrogen-bonded pairs excited fluorenone quantum yield monochromatic flash photolysis extinction coefficient triplet benzophenone extinction coefficients photophysical processes

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calculations on the Origin of Hyperporphyrin Spectra in Sequentially Protonated Meso -(Dimethylaminophenyl) Porphyrins. Journal of Porphyrins and Phthalocyanines (2001)

MIRNA VITASOVICMARTIN GOUTERMANHENRY LINSCHITZ

biophysical chemistryhyperporphyrin spectraspectroscopymolecular evidencebiochemistryinhibitory activitymolecular spectroscopyorganic chemistryatomic spectroscopymolecular biophysicsphysical organic chemistryspectra-structure correlationquantum chemistryselective separationvibrational spectroscopybiophysicsraman spectroscopymolecular metabolismmolecular biology

Oxidation of Triplet C 60 by Hydrogen-Bonded Chloranil: Efficient Formation, Spectrum and Charge-Shift Reactions of C 60 +• Cation Radical. The Journal of Physical Chemistry A (2001)

László BiczókHenry Linschitz

physicochemical analysistransition metal chemistryoxidative stresscatalysiscatalyst activationchemical scienceshydrogen-bonded chloranilcharge-shift reactionsphysical chemistrychemistry

Coupled Electron-Proton Transfer in Interactions of Triplet C 60 With Hydrogen-Bonded Phenols: Effects of Solvation, Deuteration, and Redox Potentials. Journal of the American Chemical Society (1997)

László BiczókNeeraj GuptaHenry Linschitz

proton-coupled electron transferphysical organic chemistryhydrogen-bonded phenolschemical scienceselectron-proton transferredox potentialschemistry

Hydrogen-Bonding and Protonation Effects in Electrochemistry of Quinones in Aprotic Solvents. Journal of the American Chemical Society (1997)

Neeraj GuptaHenry Linschitz

electrochemistryaprotic solventshydrogentransition metal chemistryhydrogen bondfundamental electrochemistrybiomolecular engineeringorganic electrochemistryprotonation effects

Quenching Processes in Hydrogen-Bonded Pairs: Interactions of Excited Fluorenone With Alcohols and Phenols. Journal of the American Chemical Society (1997)

László BiczókTibor BércesHenry Linschitz

excited fluorenonechemical bondchemical structurephysical organic chemistrysurface reactivitytransition metal chemistryorganic synthesishydrogen bondquantum chemistrybiochemistrymolecular biologycatalysischemical scienceshydrogen-bonded pairsmolecular chemistrychemistry

Reduction of Triplet C 60 by Hydrogen-Bonded Naphthols: Concerted Electron and Proton Movement. Fullerene Science and Technology (1997)

Neeraj GuptaHenry LinschitzLászlö Biczök

computational chemistryproton-coupled electron transferproton transferultrafast laser spectroscopychemical engineeringphysical organic chemistrysurface reactivitytransition metal chemistryproton movementhydrogen bondquantum chemistrymolecular biologycoordination chemistryfullereneshydrogen-bonded naphtholschemistry

C 60 as a Photocatalyst of Electron-Transfer Processes: Reactions of Triplet C 60 With Chloranil, Perylene, and Tritolylamine Studied by Flash Photolysis and Ft-Epr. The Journal of Physical Chemistry (1996)

Carlos A. SterenHans van WilligenLaszlo BiczókNeeraj GuptaHenry Linschitz

inorganic photochemistrycharge separationphotocatalysisbiochemistryenergy chemistryphotochemistryphysical chemistrychemistryflash photolysischemical engineeringsurface reactivitycarbontransition metal chemistrycatalysischarge transportselective separationsurface scienceelectron-transfer processeschemical sciencesmaterial chemistry

Hydrogen Bonding Interactions With Cyclodextrins: Utilization of Fluorenone as a New Probe. Springer eBooks (1996)

László BiczókLászló JicsinszkyHenry Linschitz

chemical bondchemical structurephysical organic chemistrytransition metal chemistrystructural chemistryhydrogen bondquantum chemistrybiochemistrymolecular structuremolecular biologycatalysisstructural molecular biologycyclodextrin productionsupramolecular chemistryenzymeschemical synthesischemistry

Transient Epr Studies of Ion-Paired Metalloporphyrin Heterodimers. The Journal of Physical Chemistry (1996)

Muhamad HugeratArthur van der EstEmmanuel OjadiLaszlo BiczokHenry LinschitzHaim LevanonDietmar Stehlik

materials sciencephysicsbiophysicsion-paired metalloporphyrin heterodimerstransient epr studiesphysical chemistry

Concerted Electron and Proton Movement in Quenching of Triplet C60 and Tetracene Fluorescence by Hydrogen-Bonded Phenol-Base Pairs. The Journal of Physical Chemistry (1995)

Laszlo BiczokHenry Linschitz

proton movementhydrogen-bonded phenol-base pairsphysical chemistrytetracene fluorescencefluorescencechemistry

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Henry Linschitz

Professor Emeritus

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

Henry Linschitz is currently serving as a Chemistry Professor Emeritus at Brandeis 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

Henry Linschitz

Brandeis University

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calculations on the Origin of Hyperporphyrin Spectra in Sequentially Protonated Meso -(Dimethylaminophenyl) Porphyrins. Journal of Porphyrins and Phthalocyanines (2001)

MIRNA VITASOVICMARTIN GOUTERMANHENRY LINSCHITZ

Oxidation of Triplet C 60 by Hydrogen-Bonded Chloranil: Efficient Formation, Spectrum and Charge-Shift Reactions of C 60 +• Cation Radical. The Journal of Physical Chemistry A (2001)

László BiczókHenry Linschitz

physicochemical analysistransition metal chemistryoxidative stresscatalysiscatalyst activationchemical scienceshydrogen-bonded chloranilcharge-shift reactionsphysical chemistrychemistry

László BiczókNeeraj GuptaHenry Linschitz

proton-coupled electron transferphysical organic chemistryhydrogen-bonded phenolschemical scienceselectron-proton transferredox potentialschemistry

Hydrogen-Bonding and Protonation Effects in Electrochemistry of Quinones in Aprotic Solvents. Journal of the American Chemical Society (1997)

Neeraj GuptaHenry Linschitz

electrochemistryaprotic solventshydrogentransition metal chemistryhydrogen bondfundamental electrochemistrybiomolecular engineeringorganic electrochemistryprotonation effects

Quenching Processes in Hydrogen-Bonded Pairs: Interactions of Excited Fluorenone With Alcohols and Phenols. Journal of the American Chemical Society (1997)

László BiczókTibor BércesHenry Linschitz

Reduction of Triplet C 60 by Hydrogen-Bonded Naphthols: Concerted Electron and Proton Movement. Fullerene Science and Technology (1997)

Neeraj GuptaHenry LinschitzLászlö Biczök

Carlos A. SterenHans van WilligenLaszlo BiczókNeeraj GuptaHenry Linschitz

Hydrogen Bonding Interactions With Cyclodextrins: Utilization of Fluorenone as a New Probe. Springer eBooks (1996)

László BiczókLászló JicsinszkyHenry Linschitz

Transient Epr Studies of Ion-Paired Metalloporphyrin Heterodimers. The Journal of Physical Chemistry (1996)

Muhamad HugeratArthur van der EstEmmanuel OjadiLaszlo BiczokHenry LinschitzHaim LevanonDietmar Stehlik

materials sciencephysicsbiophysicsion-paired metalloporphyrin heterodimerstransient epr studiesphysical chemistry

Concerted Electron and Proton Movement in Quenching of Triplet C60 and Tetracene Fluorescence by Hydrogen-Bonded Phenol-Base Pairs. The Journal of Physical Chemistry (1995)

Laszlo BiczokHenry Linschitz

proton movementhydrogen-bonded phenol-base pairsphysical chemistrytetracene fluorescencefluorescencechemistry

1
2
3
4
5
10 / page

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Institution

Rensselaer Polytechnic Institute

computational chemistry

solar energy conversion

Christine Kirmaier

Institution

Washington University in St. Louis

biological chemistry

chemistry

Joshua Vura-Weis

Institution

University of Illinois Urbana-Champaign

energy chemistry

spintronic material

Tad Koch

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bioorganic chemistry

biotechnology advance

b andes hess jr

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Vanderbilt University

theoretical chemistry

physical chemistry

Veronica Vaida

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biomimetic chemistry

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materials science

physical chemistry

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physical chemistry

photophysical properties

Bart Kahr

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crystal growth

optical properties