Faculty

Institution

Unit

Venue

Reiner Stenzel

University of California, Los Angeles

Affiliations

the College

Plasma Science and Technology Institute (psti)

NoneReiner Stenzel is currently serving as a Plasma Science And Technology Institute (Psti) faculty at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Reiner Stenzel

University of California, Los Angeles

You can click a keyword to filter the displayed items

applied physics physics particle physics space weather electrical engineering planetary sciences magnetohydrodynamics space science plasma science geophysics geophysical research instrumentation magnetism fluid dynamics whistler modes electromagnetism plasma instabilities pulsed currents magnetic fields laboratory studies instrument science whistler waves analytical instrumentation magnetic antenna excitation magnetic vortices laboratory experiments uniform plasmas plasma bubbles high-beta plasma plasma processing space research sheath-plasma resonance electron magnetohydrodynamic turbulence magnetic dipole discharges plasma physics electronic instrumentation instrumentation engineering radio frequency accelerator physics electrostatic waves two-electron-population plasma electron distribution functions high energy physics nonlinear dynamics vehicular technology fire technology material research crystal research condensed matter advanced dielectric advanced functional materials crystal growth attention disorders electronics optical trapping energy analysis fire dynamics electrical transmission magnetospheric plasma plasma diagnostics particle accelerators charge carrier transport stability analysis wave propagation thermal conductivity thermal transport ion beams applied geophysics geophysical signal processing fourier analysis epitaxial growth ferroelectric application material analysis audio electroacoustics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Plasma Sheaths and Double Layers With Instabilities. 2022 International Conference on Electromagnetics in Advanced Applications (ICEAA) (2021)

Codrina IonitaReiner L. StenzelJohannes GruenwaldJ. Manuel UrrutiaRoman W. Schrittwieser

materials sciencedouble layersplasma sheathsplasma instabilities

Probes to Measure Kinetic and Magnetic Phenomena in Plasmas. Review of Scientific Instruments (2021)

Reiner L. StenzelJ. Manuel Urrutia

magnetic phenomenamagnetismapplied physics

10.1063/5.0029167.2. Default Digital Object Group (2020)

Martin SchmidbauerLaura BogulaBo WangMichael HankeLeonard von HeldenAdriana LaderaJian-Jun WangLong-Qing ChenJutta Schwarzkopf

materials engineeringperiodic arrangementmaterials sciencetemperature rangeferroelectric applicationmaterial researchadvanced functional materialsdomain wallsadvanced dielectriccondensed matter physicsmaterial analysiscrystal growthcrystal researchphase transitionsepitaxial growththin filmscharacterization (materials science)crystallographycondensed matterapplied physics

Whistler Modes Excited by Magnetic Antennas: A Review. Physics of Plasmas (2019)

R. L. Stenzel

applied physicsmagnetic antennasphysicsparticle physicswhistler modesplasma science

Helicons in Uniform Fields. II. Poynting Vector and Angular Momenta. Physics of Plasmas (2018)

R. L. StenzelJ. M. Urrutia

particle physicsangular momentauniform fieldsphysics

Helicons in Uniform Fields. I. Wave Diagnostics With Hodograms. Physics of Plasmas (2018)

J. M. UrrutiaR. L. Stenzel

particle physicsuniform fieldsphysics

Whistler Modes in Highly Nonuniform Magnetic Fields. III. Propagation Near Mirror and Cusp Fields. Physics of Plasmas (2018)

R. L. StenzelJ. M. Urrutia

particle physicswhistler modescusp fieldsphysics

Whistler Modes in Highly Nonuniform Magnetic Fields. I. Propagation in Two-Dimensions. Physics of Plasmas (2018)

J. M. UrrutiaR. L. Stenzel

particle physicswhistler modesphysics

Measurements of Plasma Profiles Using a Fast Swept Langmuir Probe in the Vineta-II Magnetic Reconnection Experiment. Journal of Instrumentation (2017)

I. ShesterikovA. Von StechowO. GrulkeR. StenzelT. Klinger

analytical instrumentationplasma profilesapplied physicsinstrumentation

New Properties of Whistler Modes. Geophysical Research Letters (2017)

R. L. StenzelJ. M. Urrutia

geophysical researchgeophysicsspace weatherearth scienceapplied physicsmaterials sciencewhistler modes

1
2
3
4
5
22
10 / page

Reiner Stenzel

University of California, Los Angeles

Affiliations

the College

Plasma Science and Technology Institute (psti)

NoneReiner Stenzel is currently serving as a Plasma Science And Technology Institute (Psti) faculty at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Reiner Stenzel

University of California, Los Angeles

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Plasma Sheaths and Double Layers With Instabilities. 2022 International Conference on Electromagnetics in Advanced Applications (ICEAA) (2021)

Codrina IonitaReiner L. StenzelJohannes GruenwaldJ. Manuel UrrutiaRoman W. Schrittwieser

materials sciencedouble layersplasma sheathsplasma instabilities

Probes to Measure Kinetic and Magnetic Phenomena in Plasmas. Review of Scientific Instruments (2021)

Reiner L. StenzelJ. Manuel Urrutia

magnetic phenomenamagnetismapplied physics

10.1063/5.0029167.2. Default Digital Object Group (2020)

Martin SchmidbauerLaura BogulaBo WangMichael HankeLeonard von HeldenAdriana LaderaJian-Jun WangLong-Qing ChenJutta Schwarzkopf

Whistler Modes Excited by Magnetic Antennas: A Review. Physics of Plasmas (2019)

R. L. Stenzel

applied physicsmagnetic antennasphysicsparticle physicswhistler modesplasma science

Helicons in Uniform Fields. II. Poynting Vector and Angular Momenta. Physics of Plasmas (2018)

R. L. StenzelJ. M. Urrutia

particle physicsangular momentauniform fieldsphysics

Helicons in Uniform Fields. I. Wave Diagnostics With Hodograms. Physics of Plasmas (2018)

J. M. UrrutiaR. L. Stenzel

particle physicsuniform fieldsphysics

Whistler Modes in Highly Nonuniform Magnetic Fields. III. Propagation Near Mirror and Cusp Fields. Physics of Plasmas (2018)

R. L. StenzelJ. M. Urrutia

particle physicswhistler modescusp fieldsphysics

Whistler Modes in Highly Nonuniform Magnetic Fields. I. Propagation in Two-Dimensions. Physics of Plasmas (2018)

J. M. UrrutiaR. L. Stenzel

particle physicswhistler modesphysics

Measurements of Plasma Profiles Using a Fast Swept Langmuir Probe in the Vineta-II Magnetic Reconnection Experiment. Journal of Instrumentation (2017)

I. ShesterikovA. Von StechowO. GrulkeR. StenzelT. Klinger

analytical instrumentationplasma profilesapplied physicsinstrumentation

New Properties of Whistler Modes. Geophysical Research Letters (2017)

R. L. StenzelJ. M. Urrutia

geophysical researchgeophysicsspace weatherearth scienceapplied physicsmaterials sciencewhistler modes

1
2
3
4
5
22
10 / page

Similar Faculty Members

Alfred Wong

Institution

University of California, Los Angeles

applied physics

physics

Walter Gekelman

Institution

University of California, Los Angeles

magnetic flux ropes.

electromagnetism

Troy Carter

Institution

University of California, Los Angeles

electromagnetism

magnetohydrodynamics

Scott Robertson

Institution

University of Colorado Boulder

electromagnetism

magnetohydrodynamics

Kristopher Klein

Institution

University of Arizona

planetary sciences

space weather

Earl Scime

Institution

West Virginia University

electromagnetism

magnetohydrodynamics

Derek Schaeffer

Institution

University of California, Los Angeles

applied physics

particle physics

Christoph Niemann

Institution

University of California, Los Angeles

electromagnetism

fundamental plasma physic

Yu Lin

Institution

Auburn University

electromagnetism

magnetohydrodynamics

Roberto Mancini

Institution

University of Nevada, Reno

quantitative spectroscopy

high-energy-density plasmas

Similar Faculty Members

Alfred Wong

Institution

University of California, Los Angeles

applied physics

physics

Walter Gekelman

Institution

University of California, Los Angeles

magnetic flux ropes.

electromagnetism

Troy Carter

Institution

University of California, Los Angeles

electromagnetism

magnetohydrodynamics

Scott Robertson

Institution

University of Colorado Boulder

electromagnetism

magnetohydrodynamics

Kristopher Klein

Institution

University of Arizona

planetary sciences

space weather

Earl Scime

Institution

West Virginia University

electromagnetism

magnetohydrodynamics

Derek Schaeffer

Institution

University of California, Los Angeles

applied physics

particle physics

Christoph Niemann

Institution

University of California, Los Angeles

electromagnetism

fundamental plasma physic

Yu Lin

Institution

Auburn University

electromagnetism

magnetohydrodynamics

Roberto Mancini

Institution

University of Nevada, Reno

quantitative spectroscopy

high-energy-density plasmas