Faculty

Institution

Unit

Venue

Henning Meyer

Professor of Physics and Chemistry

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Physics and Astronomy

Henning Meyer is currently serving as a Franklin College Of Arts And Sciences Professor of Physics and Chemistry at University of Georgia.

Honors

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Experiences

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Education

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Henning Meyer

University of Georgia

Professor of Physics and Chemistry

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physical chemistry chemistry materials science quantum chemistry spectroscopy applied physics physics two-photon spectroscopy particle physics molecular beam scattering theoretical chemistry wave scattering inelastic scattering lower bound states near-ir spectrum computational chemistry surface science optical properties atomic physics chemical sciences vibrational spectroscopy coordination chemistry theoretical inorganic chemistry cluster beams no-ar complex beam scattering joint experimental-theoretical investigation electronic spectroscopy alignment parameters rempi detection rydberg transition nanoparticle research material research condensed matter interface science light scattering rotor dynamics surface analysis cluster chemistry molecular spectroscopy optical spectroscopy fragmentation effect molecular fragmentation collision detection parameter identification analytical instrumentation instrumentation engineering instrument science instrument development molecular complexes laser science near-infrared spectroscopy neutron scattering molecular beam epitaxy electron bombardment fragmentation photoinitiated unimolecular decomposition potential calculation molecular structure atomic spectroscopy photochemistry van der waals

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Charge Dynamics of a Cuo Thin Film on Picosecond to Microsecond Timescales Revealed by Transient Absorption Spectroscopy. ACS Applied Materials & Interfaces (2023)

Mona AsadinaminAleksandar ŽivkovicSusanne UllrichHenning MeyerYiping Zhao

surface sciencecharge dynamicsengineeringadvanced materialstransient absorption spectroscopyinterface sciencecondensed matter physicscondensed mattermaterials scienceapplied physicscuo thin filmmaterial researchnanoparticle researchthin filmsnanotechnology

Resonance Enhanced Multiphoton Ionization Detected Millimeter-Wave Absorption: The 115 Ghz Line of Co. The Journal of Physical Chemistry A (2019)

V. BeutnerL. M. DuffyH. Meyer

multiphoton ionizationapplied physicsphysical chemistryghz linemillimeter-wave absorption

The Near-Ir Spectrum of No(X̃2Π)-He Detected Through Excitation Into the ã-State Continuum: A Joint Experimental and Theoretical Study. The Journal of Chemical Physics (2016)

V. BeutnerS. G. ZhangH. MeyerJ. Kłos

theoretical studynear-ir spectrumspectroscopya-state continuummaterials science

Near-Ir Spectrum of No(X 2 Π)–Xe: A Joint Experimental–Theoretical Investigation. The Journal of Physical Chemistry A (2013)

H. MeyerJ. KłosM. H. Alexander

near-ir spectrumphysical chemistrychemistryjoint experimental-theoretical investigation

The Ã -State Dissociation Continuum of No-Ar and Its Near Infrared Spectrum. The Journal of Chemical Physics (2012)

H. Meyer

chemistrynear-infrared spectroscopy

The Structure of the No(X Π2)−N2 Complex: A Joint Experimental-Theoretical Study. The Journal of Chemical Physics (2010)

B. WenH. MeyerJ. Kłos

inorganic chemistrychemistry

Joint Experimental−Theoretical Investigation of the Lower Bound States of the No(X 2 Π)-Kr Complex. The Journal of Physical Chemistry A (2009)

Bo WenHenning MeyerJacek KłosMillard H Alexander

theoretical inorganic chemistrychemistryphysical chemistrycoordination chemistrytheoretical chemistryjoint experimental-theoretical investigationlower bound states

The Near Ir Spectrum of the No(XΠ2)–Ch4 Complex. The Journal of Chemical Physics (2009)

B. WenH. Meyer

chemistrymolecular complexesphysical chemistrycoordination chemistrynear ir spectrum

Ir-Rempi Double Resonance Spectroscopy: The Near-Ir Spectrum of No−Ar Revisited. The Journal of Physical Chemistry A (2008)

B. WenY. KimH. MeyerJ. KłosM. H. Alexander

near-ir spectrumphysical chemistryphysicsspectroscopy

Electronic Spectroscopy of the Ẽ← X̃ Transition of No–Kr and Shielding/Penetration Effects in Rydberg States of No–Rg Complexes. Physical Chemistry Chemical Physics (2007)

Bo WenHenning MeyerVictoria L. AylesAdam MusgraveDenis E. BergeronJames A. E. SilberTimothy G. Wright

no-rg complexesrydberg statesphysical chemistryphysicselectronic spectroscopy

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Henning Meyer

Professor of Physics and Chemistry

University of Georgia

Affiliations

Franklin College of Arts and Sciences

Physics and Astronomy

Henning Meyer is currently serving as a Franklin College Of Arts And Sciences Professor of Physics and Chemistry at University of Georgia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Henning Meyer

University of Georgia

Professor of Physics and Chemistry

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Charge Dynamics of a Cuo Thin Film on Picosecond to Microsecond Timescales Revealed by Transient Absorption Spectroscopy. ACS Applied Materials & Interfaces (2023)

Mona AsadinaminAleksandar ŽivkovicSusanne UllrichHenning MeyerYiping Zhao

Resonance Enhanced Multiphoton Ionization Detected Millimeter-Wave Absorption: The 115 Ghz Line of Co. The Journal of Physical Chemistry A (2019)

V. BeutnerL. M. DuffyH. Meyer

multiphoton ionizationapplied physicsphysical chemistryghz linemillimeter-wave absorption

The Near-Ir Spectrum of No(X̃2Π)-He Detected Through Excitation Into the ã-State Continuum: A Joint Experimental and Theoretical Study. The Journal of Chemical Physics (2016)

V. BeutnerS. G. ZhangH. MeyerJ. Kłos

theoretical studynear-ir spectrumspectroscopya-state continuummaterials science

Near-Ir Spectrum of No(X 2 Π)–Xe: A Joint Experimental–Theoretical Investigation. The Journal of Physical Chemistry A (2013)

H. MeyerJ. KłosM. H. Alexander

near-ir spectrumphysical chemistrychemistryjoint experimental-theoretical investigation

The Ã -State Dissociation Continuum of No-Ar and Its Near Infrared Spectrum. The Journal of Chemical Physics (2012)

H. Meyer

chemistrynear-infrared spectroscopy

The Structure of the No(X Π2)−N2 Complex: A Joint Experimental-Theoretical Study. The Journal of Chemical Physics (2010)

B. WenH. MeyerJ. Kłos

inorganic chemistrychemistry

Joint Experimental−Theoretical Investigation of the Lower Bound States of the No(X 2 Π)-Kr Complex. The Journal of Physical Chemistry A (2009)

Bo WenHenning MeyerJacek KłosMillard H Alexander

theoretical inorganic chemistrychemistryphysical chemistrycoordination chemistrytheoretical chemistryjoint experimental-theoretical investigationlower bound states

The Near Ir Spectrum of the No(XΠ2)–Ch4 Complex. The Journal of Chemical Physics (2009)

B. WenH. Meyer

chemistrymolecular complexesphysical chemistrycoordination chemistrynear ir spectrum

Ir-Rempi Double Resonance Spectroscopy: The Near-Ir Spectrum of No−Ar Revisited. The Journal of Physical Chemistry A (2008)

B. WenY. KimH. MeyerJ. KłosM. H. Alexander

near-ir spectrumphysical chemistryphysicsspectroscopy

Electronic Spectroscopy of the Ẽ← X̃ Transition of No–Kr and Shielding/Penetration Effects in Rydberg States of No–Rg Complexes. Physical Chemistry Chemical Physics (2007)

Bo WenHenning MeyerVictoria L. AylesAdam MusgraveDenis E. BergeronJames A. E. SilberTimothy G. Wright

no-rg complexesrydberg statesphysical chemistryphysicselectronic spectroscopy

1
2
3
4
5
6
10 / page

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molecular spectroscopy

quantum chemistry

Joseph R Manson

Institution

Clemson University

physics

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Tu-Nan Chang

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quantum chemistry

fundamental physic

Trevor Sears

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Kirby Kemper

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Richard Loomis

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materials chemistry

Frank C. De Lucia

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Steven Manson

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Andrei Sanov

Institution

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physical chemistry

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