Matches in SemOpenAlex for { <https://semopenalex.org/work/W3029221034> ?p ?o ?g. }
- W3029221034 abstract "Transport of particle beams in plasmas is widely employed in fundamental research, industry, and medicine. Due to the high inertia of ion beams, their transport in plasmas is usually assumed to be stable. Here we report the focusing and flapping of intense slab proton beams transporting through large-scale plasmas by using a recently developed kinetic particle-in-cell simulation code. The beam self-focusing effect in the simulation is prominent and agrees well with previous experiments and theories. Moreover, the beam can curve and flap like turbulence as the beam density increases. Simulation and analysis indicate that the self-generated magnetic fields, produced by movement of collisional plasmas, are the dominant driver of such behaviors. By analyzing the spatial growth rate of magnetic energy and energy deposition of injected proton beams, it is found that the focusing and flapping are significantly determined by the injected beam densities and energies. In addition, a remarkable nonlinear beam energy loss is observed. Our research might find application in inertial confinement fusion and also might be of interest to the laboratory astrophysics community." @default.
- W3029221034 created "2020-06-05" @default.
- W3029221034 creator A5014540107 @default.
- W3029221034 creator A5043600149 @default.
- W3029221034 creator A5059000495 @default.
- W3029221034 creator A5080583645 @default.
- W3029221034 creator A5089063584 @default.
- W3029221034 date "2020-05-26" @default.
- W3029221034 modified "2023-10-17" @default.
- W3029221034 title "Transport of intense particle beams in large-scale plasmas" @default.
- W3029221034 cites W1540263073 @default.
- W3029221034 cites W1963907373 @default.
- W3029221034 cites W1967104426 @default.
- W3029221034 cites W1967681886 @default.
- W3029221034 cites W1969612605 @default.
- W3029221034 cites W1978273559 @default.
- W3029221034 cites W1988550336 @default.
- W3029221034 cites W1997466958 @default.
- W3029221034 cites W2001273505 @default.
- W3029221034 cites W2002073534 @default.
- W3029221034 cites W2006108427 @default.
- W3029221034 cites W2008348427 @default.
- W3029221034 cites W2013066708 @default.
- W3029221034 cites W2018315147 @default.
- W3029221034 cites W2023718057 @default.
- W3029221034 cites W2041544970 @default.
- W3029221034 cites W2041866828 @default.
- W3029221034 cites W2044340873 @default.
- W3029221034 cites W2049402410 @default.
- W3029221034 cites W2050656323 @default.
- W3029221034 cites W2066730121 @default.
- W3029221034 cites W2073418037 @default.
- W3029221034 cites W2080030703 @default.
- W3029221034 cites W2085956125 @default.
- W3029221034 cites W2087820050 @default.
- W3029221034 cites W2091053189 @default.
- W3029221034 cites W2101264473 @default.
- W3029221034 cites W2102852529 @default.
- W3029221034 cites W2110641502 @default.
- W3029221034 cites W2131503758 @default.
- W3029221034 cites W2295971331 @default.
- W3029221034 cites W2300285279 @default.
- W3029221034 cites W2303147901 @default.
- W3029221034 cites W2318921230 @default.
- W3029221034 cites W2319615886 @default.
- W3029221034 cites W2329752952 @default.
- W3029221034 cites W2340337546 @default.
- W3029221034 cites W2378333759 @default.
- W3029221034 cites W2427418943 @default.
- W3029221034 cites W2503148598 @default.
- W3029221034 cites W2517434382 @default.
- W3029221034 cites W2526752301 @default.
- W3029221034 cites W2569260068 @default.
- W3029221034 cites W2772583461 @default.
- W3029221034 cites W2805345594 @default.
- W3029221034 cites W2810232270 @default.
- W3029221034 cites W2884536872 @default.
- W3029221034 cites W2888438017 @default.
- W3029221034 cites W2889410795 @default.
- W3029221034 cites W2890234672 @default.
- W3029221034 cites W2891620605 @default.
- W3029221034 cites W2900622759 @default.
- W3029221034 cites W2944965379 @default.
- W3029221034 cites W2952066456 @default.
- W3029221034 cites W2963367864 @default.
- W3029221034 cites W2965040998 @default.
- W3029221034 cites W2966682250 @default.
- W3029221034 cites W3105085094 @default.
- W3029221034 cites W3105897207 @default.
- W3029221034 cites W2072626001 @default.
- W3029221034 doi "https://doi.org/10.1103/physreve.101.051203" @default.
- W3029221034 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32575315" @default.
- W3029221034 hasPublicationYear "2020" @default.
- W3029221034 type Work @default.
- W3029221034 sameAs 3029221034 @default.
- W3029221034 citedByCount "6" @default.
- W3029221034 countsByYear W30292210342020 @default.
- W3029221034 countsByYear W30292210342021 @default.
- W3029221034 countsByYear W30292210342022 @default.
- W3029221034 crossrefType "journal-article" @default.
- W3029221034 hasAuthorship W3029221034A5014540107 @default.
- W3029221034 hasAuthorship W3029221034A5043600149 @default.
- W3029221034 hasAuthorship W3029221034A5059000495 @default.
- W3029221034 hasAuthorship W3029221034A5080583645 @default.
- W3029221034 hasAuthorship W3029221034A5089063584 @default.
- W3029221034 hasConcept C110407247 @default.
- W3029221034 hasConcept C120665830 @default.
- W3029221034 hasConcept C121332964 @default.
- W3029221034 hasConcept C135889238 @default.
- W3029221034 hasConcept C168834538 @default.
- W3029221034 hasConcept C184779094 @default.
- W3029221034 hasConcept C185544564 @default.
- W3029221034 hasConcept C30475298 @default.
- W3029221034 hasConcept C54516573 @default.
- W3029221034 hasConcept C74650414 @default.
- W3029221034 hasConcept C82706917 @default.
- W3029221034 hasConceptScore W3029221034C110407247 @default.
- W3029221034 hasConceptScore W3029221034C120665830 @default.
- W3029221034 hasConceptScore W3029221034C121332964 @default.
- W3029221034 hasConceptScore W3029221034C135889238 @default.