Matches in SemOpenAlex for { <https://semopenalex.org/work/W1574644218> ?p ?o ?g. }
- W1574644218 endingPage "052710" @default.
- W1574644218 startingPage "052710" @default.
- W1574644218 abstract "We present a study of the formation of bow shocks in radiatively cooled plasma flows. This work uses an inverse wire array to provide a quasi-uniform, large scale hydrodynamic flow accelerated by Lorentz forces to supersonic velocities. This flow impacts a stationary object placed in its path, forming a well-defined Mach cone. Interferogram data are used to determine a Mach number of ∼6, which may increase with radial position suggesting a strongly cooling flow. Self-emission imaging shows the formation of a thin (<60 μm) strongly emitting shock region, where Te ∼ 40–50 eV, and rapid cooling behind the shock. Emission is observed upstream of the shock position which appears consistent with a radiation driven phenomenon. Data are compared to 2-dimensional simulations using the Gorgon MHD code, which show good agreement with the experiments. The simulations are also used to investigate the effect of magnetic field in the target, demonstrating that the bow-shocks have a high plasma β, and the influence of B-field at the shock is small. This consistent with experimental measurement with micro bdot probes." @default.
- W1574644218 created "2016-06-24" @default.
- W1574644218 creator A5007959041 @default.
- W1574644218 creator A5014453903 @default.
- W1574644218 creator A5017077905 @default.
- W1574644218 creator A5027145290 @default.
- W1574644218 creator A5028328733 @default.
- W1574644218 creator A5030319731 @default.
- W1574644218 creator A5032063871 @default.
- W1574644218 creator A5052196783 @default.
- W1574644218 creator A5059046153 @default.
- W1574644218 creator A5061774441 @default.
- W1574644218 creator A5068468904 @default.
- W1574644218 creator A5070011829 @default.
- W1574644218 creator A5074194313 @default.
- W1574644218 creator A5076771153 @default.
- W1574644218 creator A5077890657 @default.
- W1574644218 date "2015-05-01" @default.
- W1574644218 modified "2023-09-27" @default.
- W1574644218 title "Investigation of radiative bow-shocks in magnetically accelerated plasma flows" @default.
- W1574644218 cites W117618838 @default.
- W1574644218 cites W1634611006 @default.
- W1574644218 cites W1655021468 @default.
- W1574644218 cites W1672394983 @default.
- W1574644218 cites W1970520742 @default.
- W1574644218 cites W1970823799 @default.
- W1574644218 cites W1973807572 @default.
- W1574644218 cites W1981072526 @default.
- W1574644218 cites W1994206937 @default.
- W1574644218 cites W2007667403 @default.
- W1574644218 cites W2008844784 @default.
- W1574644218 cites W2016867302 @default.
- W1574644218 cites W2017258947 @default.
- W1574644218 cites W2022292242 @default.
- W1574644218 cites W2027397419 @default.
- W1574644218 cites W2031488671 @default.
- W1574644218 cites W2039380167 @default.
- W1574644218 cites W2040862959 @default.
- W1574644218 cites W2042076090 @default.
- W1574644218 cites W2043212041 @default.
- W1574644218 cites W2057385938 @default.
- W1574644218 cites W2073811354 @default.
- W1574644218 cites W2088041302 @default.
- W1574644218 cites W2089222368 @default.
- W1574644218 cites W2113137879 @default.
- W1574644218 cites W2132002672 @default.
- W1574644218 cites W2140524174 @default.
- W1574644218 cites W2140622768 @default.
- W1574644218 cites W2165589179 @default.
- W1574644218 cites W2166920982 @default.
- W1574644218 cites W2205884622 @default.
- W1574644218 cites W3013890730 @default.
- W1574644218 cites W3105105682 @default.
- W1574644218 cites W4210727571 @default.
- W1574644218 doi "https://doi.org/10.1063/1.4921735" @default.
- W1574644218 hasPublicationYear "2015" @default.
- W1574644218 type Work @default.
- W1574644218 sameAs 1574644218 @default.
- W1574644218 citedByCount "10" @default.
- W1574644218 countsByYear W15746442182015 @default.
- W1574644218 countsByYear W15746442182017 @default.
- W1574644218 countsByYear W15746442182019 @default.
- W1574644218 countsByYear W15746442182020 @default.
- W1574644218 countsByYear W15746442182021 @default.
- W1574644218 countsByYear W15746442182022 @default.
- W1574644218 crossrefType "journal-article" @default.
- W1574644218 hasAuthorship W1574644218A5007959041 @default.
- W1574644218 hasAuthorship W1574644218A5014453903 @default.
- W1574644218 hasAuthorship W1574644218A5017077905 @default.
- W1574644218 hasAuthorship W1574644218A5027145290 @default.
- W1574644218 hasAuthorship W1574644218A5028328733 @default.
- W1574644218 hasAuthorship W1574644218A5030319731 @default.
- W1574644218 hasAuthorship W1574644218A5032063871 @default.
- W1574644218 hasAuthorship W1574644218A5052196783 @default.
- W1574644218 hasAuthorship W1574644218A5059046153 @default.
- W1574644218 hasAuthorship W1574644218A5061774441 @default.
- W1574644218 hasAuthorship W1574644218A5068468904 @default.
- W1574644218 hasAuthorship W1574644218A5070011829 @default.
- W1574644218 hasAuthorship W1574644218A5074194313 @default.
- W1574644218 hasAuthorship W1574644218A5076771153 @default.
- W1574644218 hasAuthorship W1574644218A5077890657 @default.
- W1574644218 hasBestOaLocation W15746442181 @default.
- W1574644218 hasConcept C115260700 @default.
- W1574644218 hasConcept C120665830 @default.
- W1574644218 hasConcept C121332964 @default.
- W1574644218 hasConcept C126322002 @default.
- W1574644218 hasConcept C132373408 @default.
- W1574644218 hasConcept C140190676 @default.
- W1574644218 hasConcept C155991500 @default.
- W1574644218 hasConcept C15908118 @default.
- W1574644218 hasConcept C165231844 @default.
- W1574644218 hasConcept C185544564 @default.
- W1574644218 hasConcept C205991772 @default.
- W1574644218 hasConcept C2781300812 @default.
- W1574644218 hasConcept C30475298 @default.
- W1574644218 hasConcept C31532427 @default.
- W1574644218 hasConcept C38349280 @default.
- W1574644218 hasConcept C44870925 @default.