Matches in SemOpenAlex for { <https://semopenalex.org/work/W3125768800> ?p ?o ?g. }
- W3125768800 abstract "Abstract A novel approach is presented to infer plasma parameters from Langmuir probe measurements. Three‐dimensional kinetic simulations capable of accounting for multiple physical processes and realistic measurement conditions, are used to construct synthetic data sets, or solution libraries, consisting of computed probe collected currents, with corresponding plasma environment parameters. Applying the Swarm standard data analysis procedure to infer density and temperatures, and comparing them with values used in the simulations, provides an assessment of the uncertainties resulting from these procedures. A significant source of discrepancy is found to come from the neglect of minority light ions, and the effect of the sheath of the nearby satellite. An empirical relation is constructed, which reproduces the plasma density within 5%, given probe voltages and collected currents, and known temperatures, effective masses, plasma flow speeds, and the satellite floating potential. This relation is presented as a useful constraint between these several variables; not all of which being measured or estimated accurately in situ." @default.
- W3125768800 created "2021-02-01" @default.
- W3125768800 creator A5016639261 @default.
- W3125768800 creator A5052676726 @default.
- W3125768800 date "2021-03-01" @default.
- W3125768800 modified "2023-10-09" @default.
- W3125768800 title "Simulation Inference of Plasma Parameters From Langmuir Probe Measurements" @default.
- W3125768800 cites W1573878755 @default.
- W3125768800 cites W1672961016 @default.
- W3125768800 cites W1964989868 @default.
- W3125768800 cites W1966910228 @default.
- W3125768800 cites W1968613419 @default.
- W3125768800 cites W1982386552 @default.
- W3125768800 cites W1983336368 @default.
- W3125768800 cites W1992590075 @default.
- W3125768800 cites W1998443690 @default.
- W3125768800 cites W2005339803 @default.
- W3125768800 cites W2013415598 @default.
- W3125768800 cites W2016877431 @default.
- W3125768800 cites W2027670530 @default.
- W3125768800 cites W2037361116 @default.
- W3125768800 cites W2037852840 @default.
- W3125768800 cites W2039260782 @default.
- W3125768800 cites W2041813306 @default.
- W3125768800 cites W2046679674 @default.
- W3125768800 cites W2052928058 @default.
- W3125768800 cites W2054913948 @default.
- W3125768800 cites W2057046098 @default.
- W3125768800 cites W2057453691 @default.
- W3125768800 cites W2058342977 @default.
- W3125768800 cites W2060877069 @default.
- W3125768800 cites W2063940294 @default.
- W3125768800 cites W2064536347 @default.
- W3125768800 cites W2066166935 @default.
- W3125768800 cites W2068588320 @default.
- W3125768800 cites W2070889698 @default.
- W3125768800 cites W2072246007 @default.
- W3125768800 cites W2084779168 @default.
- W3125768800 cites W2112311198 @default.
- W3125768800 cites W2131729821 @default.
- W3125768800 cites W2134535409 @default.
- W3125768800 cites W2138572931 @default.
- W3125768800 cites W2144947965 @default.
- W3125768800 cites W2164374667 @default.
- W3125768800 cites W2166257213 @default.
- W3125768800 cites W2168987504 @default.
- W3125768800 cites W2178797461 @default.
- W3125768800 cites W2274402488 @default.
- W3125768800 cites W2546594378 @default.
- W3125768800 cites W2577281329 @default.
- W3125768800 cites W2599015871 @default.
- W3125768800 cites W2619970451 @default.
- W3125768800 cites W2797970343 @default.
- W3125768800 cites W2802974310 @default.
- W3125768800 cites W2804997203 @default.
- W3125768800 cites W2915264488 @default.
- W3125768800 cites W2931760671 @default.
- W3125768800 cites W2946864907 @default.
- W3125768800 cites W2950026904 @default.
- W3125768800 cites W2955829611 @default.
- W3125768800 cites W3015749757 @default.
- W3125768800 cites W3023391520 @default.
- W3125768800 cites W3104465785 @default.
- W3125768800 cites W4229779984 @default.
- W3125768800 cites W4379506635 @default.
- W3125768800 doi "https://doi.org/10.1029/2020ea001344" @default.
- W3125768800 hasPublicationYear "2021" @default.
- W3125768800 type Work @default.
- W3125768800 sameAs 3125768800 @default.
- W3125768800 citedByCount "5" @default.
- W3125768800 countsByYear W31257688002021 @default.
- W3125768800 countsByYear W31257688002022 @default.
- W3125768800 crossrefType "journal-article" @default.
- W3125768800 hasAuthorship W3125768800A5016639261 @default.
- W3125768800 hasAuthorship W3125768800A5052676726 @default.
- W3125768800 hasBestOaLocation W31257688001 @default.
- W3125768800 hasConcept C121332964 @default.
- W3125768800 hasConcept C121864883 @default.
- W3125768800 hasConcept C124101348 @default.
- W3125768800 hasConcept C1276947 @default.
- W3125768800 hasConcept C135889238 @default.
- W3125768800 hasConcept C176118016 @default.
- W3125768800 hasConcept C185544564 @default.
- W3125768800 hasConcept C192039680 @default.
- W3125768800 hasConcept C19269812 @default.
- W3125768800 hasConcept C25343380 @default.
- W3125768800 hasConcept C30475298 @default.
- W3125768800 hasConcept C41008148 @default.
- W3125768800 hasConcept C43503373 @default.
- W3125768800 hasConcept C57879066 @default.
- W3125768800 hasConcept C74650414 @default.
- W3125768800 hasConcept C82706917 @default.
- W3125768800 hasConceptScore W3125768800C121332964 @default.
- W3125768800 hasConceptScore W3125768800C121864883 @default.
- W3125768800 hasConceptScore W3125768800C124101348 @default.
- W3125768800 hasConceptScore W3125768800C1276947 @default.
- W3125768800 hasConceptScore W3125768800C135889238 @default.
- W3125768800 hasConceptScore W3125768800C176118016 @default.
- W3125768800 hasConceptScore W3125768800C185544564 @default.
- W3125768800 hasConceptScore W3125768800C192039680 @default.