Matches in SemOpenAlex for { <https://semopenalex.org/work/W3007202071> ?p ?o ?g. }
- W3007202071 abstract "Ultracold neutral plasma (UNP) experiments allow for careful control of plasma properties across Coulomb coupling regimes. Here, we examine how UNPs can be used to study heterogeneous, nonequilibrium phenomena, including nonlinear waves, transport, hydrodynamics, kinetics, stopping power, and instabilities. Through a series of molecular dynamics simulations, we have explored UNPs formed with spatially modulated ionizing radiation. We have developed a computational model for such sculpted UNPs that includes an ionic screened Coulomb interaction with a spatiotemporal screening length, and Langevin-based spatial ion-electron and ion-neutral collisions. We have also developed a hydrodynamics model and have extracted its field quantities (density, flow velocity, and temperature) from the molecular dynamics simulation data, allowing us to investigate kinetics by examining moment ratios and phase-space dynamics; we find that it is possible to create UNPs that vary from nearly perfect fluids (Euler limit) to highly kinetic plasmas. We have examined plasmas in three geometries: a solid rod, a hollow rod, and a gapped slab; we have studied basic properties of these plasmas, including the spatial Coulomb coupling parameter. By varying the initial conditions, we find that we can design experimental plasmas that would allow the exploration of a wide range of phenomena, including shock and blast waves, stopping power, two-stream instabilities, and much more. Using an evaporative cooling geometry, our results suggest that much larger Coulomb couplings can be achieved, possibly in excess of 10." @default.
- W3007202071 created "2020-03-06" @default.
- W3007202071 creator A5005062467 @default.
- W3007202071 creator A5087113189 @default.
- W3007202071 date "2020-02-19" @default.
- W3007202071 modified "2023-10-02" @default.
- W3007202071 title "Sculpted ultracold neutral plasmas" @default.
- W3007202071 cites W1433127933 @default.
- W3007202071 cites W1867998845 @default.
- W3007202071 cites W1965063943 @default.
- W3007202071 cites W1972018651 @default.
- W3007202071 cites W1976188216 @default.
- W3007202071 cites W1978959741 @default.
- W3007202071 cites W1980021046 @default.
- W3007202071 cites W1981018361 @default.
- W3007202071 cites W1993203441 @default.
- W3007202071 cites W1995933122 @default.
- W3007202071 cites W2003950319 @default.
- W3007202071 cites W2010620528 @default.
- W3007202071 cites W2013954048 @default.
- W3007202071 cites W2014729308 @default.
- W3007202071 cites W2016385974 @default.
- W3007202071 cites W2017119962 @default.
- W3007202071 cites W2018399685 @default.
- W3007202071 cites W2019465613 @default.
- W3007202071 cites W2019507894 @default.
- W3007202071 cites W2022783214 @default.
- W3007202071 cites W2025007407 @default.
- W3007202071 cites W2026046104 @default.
- W3007202071 cites W2028148012 @default.
- W3007202071 cites W2030950468 @default.
- W3007202071 cites W2033281534 @default.
- W3007202071 cites W2041125316 @default.
- W3007202071 cites W2044027817 @default.
- W3007202071 cites W2044374910 @default.
- W3007202071 cites W2044698004 @default.
- W3007202071 cites W2048602481 @default.
- W3007202071 cites W2051723070 @default.
- W3007202071 cites W2063266445 @default.
- W3007202071 cites W2063601978 @default.
- W3007202071 cites W2064347425 @default.
- W3007202071 cites W2064537201 @default.
- W3007202071 cites W2065183043 @default.
- W3007202071 cites W2067866992 @default.
- W3007202071 cites W2070416911 @default.
- W3007202071 cites W2073543518 @default.
- W3007202071 cites W2074212079 @default.
- W3007202071 cites W2086535879 @default.
- W3007202071 cites W2087385995 @default.
- W3007202071 cites W2087704591 @default.
- W3007202071 cites W2088587686 @default.
- W3007202071 cites W2089428082 @default.
- W3007202071 cites W2094035112 @default.
- W3007202071 cites W2095463339 @default.
- W3007202071 cites W2102008328 @default.
- W3007202071 cites W2115588087 @default.
- W3007202071 cites W2130371769 @default.
- W3007202071 cites W2135982613 @default.
- W3007202071 cites W2149872312 @default.
- W3007202071 cites W2154062336 @default.
- W3007202071 cites W2157159266 @default.
- W3007202071 cites W2322809212 @default.
- W3007202071 cites W2325383362 @default.
- W3007202071 cites W2329667552 @default.
- W3007202071 cites W2345413944 @default.
- W3007202071 cites W2500182807 @default.
- W3007202071 cites W2520153966 @default.
- W3007202071 cites W2576574251 @default.
- W3007202071 cites W2609693921 @default.
- W3007202071 cites W2794269131 @default.
- W3007202071 cites W2803645598 @default.
- W3007202071 cites W2907272661 @default.
- W3007202071 cites W2914919289 @default.
- W3007202071 cites W2995265944 @default.
- W3007202071 cites W3023623776 @default.
- W3007202071 cites W3101639616 @default.
- W3007202071 cites W4230007600 @default.
- W3007202071 doi "https://doi.org/10.1103/physreve.101.023207" @default.
- W3007202071 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32168665" @default.
- W3007202071 hasPublicationYear "2020" @default.
- W3007202071 type Work @default.
- W3007202071 sameAs 3007202071 @default.
- W3007202071 citedByCount "7" @default.
- W3007202071 countsByYear W30072020712021 @default.
- W3007202071 countsByYear W30072020712022 @default.
- W3007202071 countsByYear W30072020712023 @default.
- W3007202071 crossrefType "journal-article" @default.
- W3007202071 hasAuthorship W3007202071A5005062467 @default.
- W3007202071 hasAuthorship W3007202071A5087113189 @default.
- W3007202071 hasBestOaLocation W30072020711 @default.
- W3007202071 hasConcept C121332964 @default.
- W3007202071 hasConcept C131584629 @default.
- W3007202071 hasConcept C145148216 @default.
- W3007202071 hasConcept C146904657 @default.
- W3007202071 hasConcept C147120987 @default.
- W3007202071 hasConcept C184779094 @default.
- W3007202071 hasConcept C185544564 @default.
- W3007202071 hasConcept C191897082 @default.
- W3007202071 hasConcept C192562407 @default.
- W3007202071 hasConcept C198291218 @default.