Faculty

Institution

Unit

Venue

Dennis Eggleston

Occidental College

Affiliations

The College

Comparative Studies in Literature and Culture

Gender, Women, & Sexuality Studies

John Branca Institute for Music

Occidental College

NoneDennis Eggleston is currently serving as a Comparative Studies In Literature And Culture faculty at Occidental College.

Honors

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Experiences

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Education

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Dennis Eggleston

Occidental College

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physics applied physics transport phenomena anomalous diffusion electromagnetism fluid dynamics statistical mechanics scalar transport asymmetry-induced transport fluid mechanics nonlinear phenomena plasma physics fluid flow electromagnetic fields particle physics atomic physics fundamental plasma physics plasma instabilities plasma photonics engineering electronics magnetic resonance nonlinear science magnetic fields particle dynamics space weather vortex dynamics applied plasma physics ionosphere particle-laden flows radial transport malmberg-penning trap technology microelectronics rational mechanic experimental physics condensed matter nonlinear dynamics communication circuit plasma science electronic circuits flow physics vortex induced vibration circuit design magnetic properties chaos theory semiconductor devices electronic engineering non-neutral plasma quantum science particle beam computational fluid dynamics antipode coral reefs hydrodynamic stability unsteady flows digital circuit design magnetoresistance optimal transport semiconductor technology potential theory circuit analysis resistor specific resistance quantum magnetism parallel energy analyzer electrostatic waves rapid conversion collective enhancement nonneutral plasma pure electron plasmas plasma waves test particles biased axial wire basic electronics particle-cavition interactions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Saturation and Decay of an Induced Scattering Instability Driven by Static Field Asymmetries in a Non-Neutral Plasma. Physics of Plasmas (2025)

static field asymmetriesnon-neutral plasmaatomic physicsplasma chemistryplasma photonicsplasma physicsplasma instabilitiesfundamental plasma physicsapplied physicsphysicsinduced scattering instabilityelectromagnetismelectromagnetic fields

Effect of a Central Barrier Potential on Asymmetry-Induced Transport in a Coaxial Malmberg–Penning Trap. Physics of Plasmas (2023)

D. L. Eggleston

coaxial malmberg-penning trapasymmetry-induced transportplasma physicscentral barrier potentialapplied physicsphysicscharge transportelectromagnetism

Observation and Analysis of a Large Banana Orbit in the Diocotron Mode of a Coaxial Malmberg–Penning Trap. Physics of Plasmas (2022)

D. L. Eggleston

coaxial malmberg-penning trapplasma physicslarge banana orbitapplied physicsphysicsdiocotron modeelectromagnetismplasma science

Application of Chaos Theory to the Particle Dynamics of Asymmetry-Induced Transport. Physics of Plasmas (2018)

particle dynamicsanomalous diffusionfluid dynamicsmathematical physicschaos theoryapplied mathematicsasymmetry-induced transportdynamical systemsnonlinear dynamicsnonlinear sciencestatistical mechanicsphysicstransport phenomenanonlinear phenomena

Observation of a Large Banana Orbit Due to a Background Asymmetry in a Coaxial Malmberg-Penning Trap. Bulletin of the American Physical Society (2018)

coaxial malmberg-penning trapplanetary scienceslarge banana orbitbackground asymmetry

Using Chaos Theory to Analyze Particle Dynamics in Asymmetry-Induced Transport. AIP conference proceedings (2018)

anomalous diffusionfluid dynamicschaos theoryapplied mathematicsdynamical systemsnonlinear dynamicsstatistical mechanicsphysicstransport phenomenanonlinear phenomenanonlinear analysis

Final Technical Report for Department of Energy Award Number De-Fg02-06Er54882, Revised. (2015)

energy management systemsengineeringenergy conversionenergy researchenergy instituteenergy analysisadvanced energy technologyrenewable energyapplied physicsenergy efficiencyenergy systemsnumber de-fg02-06er54882energy dataenergy managementfinal technical report

Dependence of Enhanced Asymmetry-Induced Transport on Collision Frequency. Physics of Plasmas (2014)

anomalous diffusionfluid dynamicsfluid mechanicsapplied physicsstatistical mechanicsphysicstransport phenomenamechanicsenhanced asymmetry-induced transport

Effect of a Central ``Squeeze'' Potential on Asymmetry-Induced Transport. Bulletin of the American Physical Society (2014)

anomalous diffusionstatistical physicsasymmetry-induced transportcondensed matter physicsstatistical mechanicsphysicstransport phenomenaquantum mechanics

Empirical Model for Low-Frequency Asymmetry-Induced Transport. Bulletin of the American Physical Society (2013)

anomalous diffusionapplied mathematicsscalar transportempirical modeldiffusion processstatistical mechanicsnonlinear sciencephysicstransport phenomenanonlinear phenomenawave nonlinearity

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Dennis Eggleston

Occidental College

Affiliations

The College

Comparative Studies in Literature and Culture

Gender, Women, & Sexuality Studies

John Branca Institute for Music

Occidental College

NoneDennis Eggleston is currently serving as a Comparative Studies In Literature And Culture faculty at Occidental College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Dennis Eggleston

Occidental College

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Saturation and Decay of an Induced Scattering Instability Driven by Static Field Asymmetries in a Non-Neutral Plasma. Physics of Plasmas (2025)

Effect of a Central Barrier Potential on Asymmetry-Induced Transport in a Coaxial Malmberg–Penning Trap. Physics of Plasmas (2023)

D. L. Eggleston

coaxial malmberg-penning trapasymmetry-induced transportplasma physicscentral barrier potentialapplied physicsphysicscharge transportelectromagnetism

Observation and Analysis of a Large Banana Orbit in the Diocotron Mode of a Coaxial Malmberg–Penning Trap. Physics of Plasmas (2022)

D. L. Eggleston

coaxial malmberg-penning trapplasma physicslarge banana orbitapplied physicsphysicsdiocotron modeelectromagnetismplasma science

Application of Chaos Theory to the Particle Dynamics of Asymmetry-Induced Transport. Physics of Plasmas (2018)

Observation of a Large Banana Orbit Due to a Background Asymmetry in a Coaxial Malmberg-Penning Trap. Bulletin of the American Physical Society (2018)

coaxial malmberg-penning trapplanetary scienceslarge banana orbitbackground asymmetry

Using Chaos Theory to Analyze Particle Dynamics in Asymmetry-Induced Transport. AIP conference proceedings (2018)

anomalous diffusionfluid dynamicschaos theoryapplied mathematicsdynamical systemsnonlinear dynamicsstatistical mechanicsphysicstransport phenomenanonlinear phenomenanonlinear analysis

Final Technical Report for Department of Energy Award Number De-Fg02-06Er54882, Revised. (2015)

Dependence of Enhanced Asymmetry-Induced Transport on Collision Frequency. Physics of Plasmas (2014)

anomalous diffusionfluid dynamicsfluid mechanicsapplied physicsstatistical mechanicsphysicstransport phenomenamechanicsenhanced asymmetry-induced transport

Effect of a Central ``Squeeze'' Potential on Asymmetry-Induced Transport. Bulletin of the American Physical Society (2014)

anomalous diffusionstatistical physicsasymmetry-induced transportcondensed matter physicsstatistical mechanicsphysicstransport phenomenaquantum mechanics

Empirical Model for Low-Frequency Asymmetry-Induced Transport. Bulletin of the American Physical Society (2013)

anomalous diffusionapplied mathematicsscalar transportempirical modeldiffusion processstatistical mechanicsnonlinear sciencephysicstransport phenomenanonlinear phenomenawave nonlinearity

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