Faculty

Institution

Unit

Venue

Rick Spielman

Idaho State University

Affiliations

College of Science and Engineering

Physics

NoneRick Spielman is currently serving as a College Of Science And Engineering faculty at Idaho State University.

Honors

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Experiences

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Education

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Rick Spielman

Idaho State University

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applied physics electrical engineering particle physics materials science physics plasma science accelerator technology instrumentation radiation accelerator physics particle accelerators condensed matter physics instrument science magnetism power electronics laser science atomic physics spectroscopy particle beam analytical instrumentation instrumentation engineering z-pinch experiments biomedical imaging electronic instrumentation instrument development power engineering high energy physics plasma physics space weather radiation detection electromagnetism high voltage engineering inertial confinement fusion compression (physics) plasma diagnostics x-ray power sandia national laboratories x-ray laser research thermal engineering energy research accelerated design transmission line plasma electronics applied plasma physics vacuum device fragmentation effect circuit analysis two-dimensional simulations saturn generator intense x-ray sources isentropic compression experiments compact pulser idaho accelerator center pulsed magnetic loading isentropic compression nuclear fusion solid-state electronics automatic control electrical insulation electronics power delivery electronic materials condensed matter medical diagnostics field observations medical biophysics ion implantation electric driver advanced imaging underwater technologies electrical transmission conceptual design experimental configuration petawatt-class pulsed-power accelerators high-energy-density-physics experiments initial array radius

Notable Scholarly Works

Notable Federal Grants

Collaborators

0D, 1D, 2D, and 3D Simulations of an Idealized Coaxial Impedance-Matched Marx Generator. Physical Review Accelerators and Beams (2024)

D. V. RoseW. A. StygarD. T. OffermannK. R. LeChienM. G. AndersonK. S. RamanA. E. SchmidtD. A. MaxC. B. BeattyR. M. AnayaA. S. AnquillanoA. ArsenlisA. M. BensonR. E. BeverlyK. J. BoehmR. S. ChaffeeJ. E. CortesW. A. DrewsJ. J. EdwardsJ. L. EllsworthA. K. GaikwadT. C. GenoniG. P. GrimK. T. HadleyJ. H. HammerM. C. HerrmannF. A. HowlandT. M. HutchinsonJ. B. JavedaniA. J. JohnsonB. J. KelsallA. J. LinkN. B. MeezanC. A. MostromC. B. MostromD. B. NortonI. ParaschivA. M. RussellE. B. SmithN. C. SoniR. D. SpeerR. B. SpielmanC. H. ThomaR. P. TownJ. J. TruebloodK. K. TummelE. D. WatsonJ. A. WatsonD. R. WelchA. D. WhiteA. J. YoungA. B. Zylstra

accelerator technologyaccelerator physicselectrical engineeringparticle accelerators

Experimental Results of a 330 Gw Impedance-Matched Marx Generator. Scientific Reports (2024)

Vahid DamidehJ. C. BtaicheAlex HoR. B. SpielmanJane M. LehrT. A. MehlhornIsaac HassenAlexei AkoulovElahe AranfarAlex McDonaldPierre TochonAyan ChoudhuryEmile BeaulieuHao Xian TanAnson YuSophie FalieroRichard TetreaultGael BreaultRodrigue TetreaultNegar HosseinyEdward Smith

electrical engineering

Laser Pulse-Length Dependent Ablation and Shock Generation in Silicon at 5 × 10 14 W/ CM 2 Intensities. Physical Review Research (2024)

M. Bailly-GrandvauxE. N. HahnT. R. JoshiK. WerellapathaT. CordovaR. E. TurnerJ. E. GarayR. B. SpielmanJ. K. WicksF. N. Beg

pulse-length dependent ablationshock generationlaser sciencelasersmaterials scienceapplied physicsphysicslaser processing technologylaser ablationthin films

High Pressure Operation of Ultra-Zero Air as a Replacement for Sf6. (2023)

Seth MillerRandy D. CurryOwen JohnsMathew RawsonRick B. Spielman

ultra-zero airmaterials sciencematerials engineeringhigh pressure operation

Mechanisms and Modeling of High Pressure Breakdown Physics in Ultra-Zero Air. (2023)

Seth MillerRandy D. CurryOwen JohnsRick B. SpielmanEdl Schamiloglu

ultra-zero airmaterials sciencemechanics of materialsapplied physicsmechanical engineering

Observation of Laser Ablation of Silicon as a Function of Pulse Length at Constant Fluence via Time-Resolved X-Ray Spectroscopy. Physics of Plasmas (2023)

T. R. JoshiM. Bailly-GrandvauxR. E. TurnerR. B. SpielmanJ. E. GarayF. N. Beg

laser sciencepulse lengthcondensed mattercondensed matter physicsmaterials scienceapplied physicsconstant fluencephysicstime-resolved x-ray spectroscopylaser ablationplasma science

An Assessment of Generating Quasi-Static Magnetic Fields Using Laser-Driven “Capacitor” Coils. Physics of Plasmas (2022)

J. L. PeeblesJ. R. DaviesD. H. BarnakF. Garcia-RubioP. V. HeuerG. BrentR. SpielmanR. Betti

quasi-static magnetic fieldsapplied physicsphysicsmagnetismplasma science

Direct Laser Ablation of Silicon as a Function of Pulse Length at 10 15 W/CM 2 Intensities. 2020 IEEE International Conference on Plasma Science (ICOPS) (2022)

E. N. HahnM. Bailly-GrandvauxT. CordovaT. R. JoshiR. E. TurnerJ. GarayR. B. SpielmanF. N. Beg

direct laser ablationmaterials engineeringlaser sciencepulse lengthmaterials scienceapplied physicslaser processing technologylaser ablationplasma sciencemechanical engineering

Pulsed-Power Innovations for Next-Generation, High-Current Drivers. IEEE Transactions on Plasma Science (2022)

R. B. Spielman

power electronicspulsed-power innovationselectrical engineeringplasma sciencehigh-current drivers

CINCO: Progress on a Compact 5-Ma Pulser for Hedp. 2020 IEEE International Conference on Plasma Science (ICOPS) (2020)

Travis BejinesDavid ReismanRick Spielman

aerospace engineeringapplied physicsparticle physicselectrical engineeringplasma science

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Rick Spielman

Idaho State University

Affiliations

College of Science and Engineering

Physics

NoneRick Spielman is currently serving as a College Of Science And Engineering faculty at Idaho 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

Rick Spielman

Idaho State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

0D, 1D, 2D, and 3D Simulations of an Idealized Coaxial Impedance-Matched Marx Generator. Physical Review Accelerators and Beams (2024)

accelerator technologyaccelerator physicselectrical engineeringparticle accelerators

Experimental Results of a 330 Gw Impedance-Matched Marx Generator. Scientific Reports (2024)

electrical engineering

Laser Pulse-Length Dependent Ablation and Shock Generation in Silicon at 5 × 10 14 W/ CM 2 Intensities. Physical Review Research (2024)

M. Bailly-GrandvauxE. N. HahnT. R. JoshiK. WerellapathaT. CordovaR. E. TurnerJ. E. GarayR. B. SpielmanJ. K. WicksF. N. Beg

pulse-length dependent ablationshock generationlaser sciencelasersmaterials scienceapplied physicsphysicslaser processing technologylaser ablationthin films

High Pressure Operation of Ultra-Zero Air as a Replacement for Sf6. (2023)

Seth MillerRandy D. CurryOwen JohnsMathew RawsonRick B. Spielman

ultra-zero airmaterials sciencematerials engineeringhigh pressure operation

Mechanisms and Modeling of High Pressure Breakdown Physics in Ultra-Zero Air. (2023)

Seth MillerRandy D. CurryOwen JohnsRick B. SpielmanEdl Schamiloglu

ultra-zero airmaterials sciencemechanics of materialsapplied physicsmechanical engineering

Observation of Laser Ablation of Silicon as a Function of Pulse Length at Constant Fluence via Time-Resolved X-Ray Spectroscopy. Physics of Plasmas (2023)

T. R. JoshiM. Bailly-GrandvauxR. E. TurnerR. B. SpielmanJ. E. GarayF. N. Beg

laser sciencepulse lengthcondensed mattercondensed matter physicsmaterials scienceapplied physicsconstant fluencephysicstime-resolved x-ray spectroscopylaser ablationplasma science

An Assessment of Generating Quasi-Static Magnetic Fields Using Laser-Driven “Capacitor” Coils. Physics of Plasmas (2022)

J. L. PeeblesJ. R. DaviesD. H. BarnakF. Garcia-RubioP. V. HeuerG. BrentR. SpielmanR. Betti

quasi-static magnetic fieldsapplied physicsphysicsmagnetismplasma science

Direct Laser Ablation of Silicon as a Function of Pulse Length at 10 15 W/CM 2 Intensities. 2020 IEEE International Conference on Plasma Science (ICOPS) (2022)

E. N. HahnM. Bailly-GrandvauxT. CordovaT. R. JoshiR. E. TurnerJ. GarayR. B. SpielmanF. N. Beg

direct laser ablationmaterials engineeringlaser sciencepulse lengthmaterials scienceapplied physicslaser processing technologylaser ablationplasma sciencemechanical engineering

Pulsed-Power Innovations for Next-Generation, High-Current Drivers. IEEE Transactions on Plasma Science (2022)

R. B. Spielman

power electronicspulsed-power innovationselectrical engineeringplasma sciencehigh-current drivers

CINCO: Progress on a Compact 5-Ma Pulser for Hedp. 2020 IEEE International Conference on Plasma Science (ICOPS) (2020)

Travis BejinesDavid ReismanRick Spielman

aerospace engineeringapplied physicsparticle physicselectrical engineeringplasma science

1
2
3
4
5
25
10 / page

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radiation

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high-energy-density plasmas

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