Matches in SemOpenAlex for { <https://semopenalex.org/work/W3099748093> ?p ?o ?g. }
- W3099748093 endingPage "75" @default.
- W3099748093 startingPage "75" @default.
- W3099748093 abstract "We use more than 4500 microflares from the RHESSI microflare data set to estimate electron densities and volumetric filling factors of microflare loops using a cooling time analysis. We show that if the filling factor is assumed to be unity, the calculated conductive cooling times are much shorter than the observed flare decay times, which in turn are much shorter than the calculated radiative cooling times. This is likely unphysical, but the contradiction can be resolved by assuming that the radiative and conductive cooling times are comparable, which is valid when the flare loop temperature is a maximum and when external heating can be ignored. We find that resultant radiative and conductive cooling times are comparable to observed decay times, which has been used as an assumption in some previous studies. The inferred electron densities have a mean value of 1011.6 cm−3 and filling factors have a mean of 10−3.7. The filling factors are lower and densities are higher than previous estimates for large flares, but are similar to those found for two microflares by Moore et al." @default.
- W3099748093 created "2020-11-23" @default.
- W3099748093 creator A5006140185 @default.
- W3099748093 creator A5007932696 @default.
- W3099748093 creator A5014076704 @default.
- W3099748093 creator A5048542089 @default.
- W3099748093 creator A5049403147 @default.
- W3099748093 creator A5064969005 @default.
- W3099748093 creator A5066822858 @default.
- W3099748093 creator A5091526508 @default.
- W3099748093 creator A5091566288 @default.
- W3099748093 date "2011-07-06" @default.
- W3099748093 modified "2023-09-27" @default.
- W3099748093 title "ESTIMATES OF DENSITIES AND FILLING FACTORS FROM A COOLING TIME ANALYSIS OF SOLAR MICROFLARES OBSERVED WITHRHESSI" @default.
- W3099748093 cites W1480721800 @default.
- W3099748093 cites W1660416739 @default.
- W3099748093 cites W1674153889 @default.
- W3099748093 cites W1964052401 @default.
- W3099748093 cites W1964200706 @default.
- W3099748093 cites W1964443455 @default.
- W3099748093 cites W1965115983 @default.
- W3099748093 cites W1967396072 @default.
- W3099748093 cites W1971338271 @default.
- W3099748093 cites W1975327161 @default.
- W3099748093 cites W1979840191 @default.
- W3099748093 cites W1982865175 @default.
- W3099748093 cites W1983437307 @default.
- W3099748093 cites W1991689887 @default.
- W3099748093 cites W1994292398 @default.
- W3099748093 cites W1998456822 @default.
- W3099748093 cites W1998577183 @default.
- W3099748093 cites W1998785217 @default.
- W3099748093 cites W2006423006 @default.
- W3099748093 cites W2009812394 @default.
- W3099748093 cites W2013049320 @default.
- W3099748093 cites W2014755278 @default.
- W3099748093 cites W2019185994 @default.
- W3099748093 cites W2019388223 @default.
- W3099748093 cites W2019545427 @default.
- W3099748093 cites W2020597304 @default.
- W3099748093 cites W2021385692 @default.
- W3099748093 cites W2026238686 @default.
- W3099748093 cites W2026650271 @default.
- W3099748093 cites W2033223228 @default.
- W3099748093 cites W2036268081 @default.
- W3099748093 cites W2036611170 @default.
- W3099748093 cites W2038523719 @default.
- W3099748093 cites W2049132039 @default.
- W3099748093 cites W2059646578 @default.
- W3099748093 cites W2069426504 @default.
- W3099748093 cites W2071385158 @default.
- W3099748093 cites W2073219193 @default.
- W3099748093 cites W2074074180 @default.
- W3099748093 cites W2075401937 @default.
- W3099748093 cites W2082822651 @default.
- W3099748093 cites W2088138682 @default.
- W3099748093 cites W2088416583 @default.
- W3099748093 cites W2090837815 @default.
- W3099748093 cites W2091366776 @default.
- W3099748093 cites W2091979673 @default.
- W3099748093 cites W2092246518 @default.
- W3099748093 cites W2093886833 @default.
- W3099748093 cites W2094084284 @default.
- W3099748093 cites W2094696919 @default.
- W3099748093 cites W2117211928 @default.
- W3099748093 cites W2124081796 @default.
- W3099748093 cites W2144073158 @default.
- W3099748093 cites W2162124866 @default.
- W3099748093 cites W3098546836 @default.
- W3099748093 cites W3099047318 @default.
- W3099748093 cites W3102345079 @default.
- W3099748093 cites W3103678032 @default.
- W3099748093 cites W3105094997 @default.
- W3099748093 cites W3106318876 @default.
- W3099748093 cites W4241744382 @default.
- W3099748093 doi "https://doi.org/10.1088/0004-637x/736/1/75" @default.
- W3099748093 hasPublicationYear "2011" @default.
- W3099748093 type Work @default.
- W3099748093 sameAs 3099748093 @default.
- W3099748093 citedByCount "3" @default.
- W3099748093 countsByYear W30997480932014 @default.
- W3099748093 countsByYear W30997480932017 @default.
- W3099748093 countsByYear W30997480932020 @default.
- W3099748093 crossrefType "journal-article" @default.
- W3099748093 hasAuthorship W3099748093A5006140185 @default.
- W3099748093 hasAuthorship W3099748093A5007932696 @default.
- W3099748093 hasAuthorship W3099748093A5014076704 @default.
- W3099748093 hasAuthorship W3099748093A5048542089 @default.
- W3099748093 hasAuthorship W3099748093A5049403147 @default.
- W3099748093 hasAuthorship W3099748093A5064969005 @default.
- W3099748093 hasAuthorship W3099748093A5066822858 @default.
- W3099748093 hasAuthorship W3099748093A5091526508 @default.
- W3099748093 hasAuthorship W3099748093A5091566288 @default.
- W3099748093 hasBestOaLocation W30997480931 @default.
- W3099748093 hasConcept C120665830 @default.
- W3099748093 hasConcept C121332964 @default.
- W3099748093 hasConcept C15908118 @default.
- W3099748093 hasConcept C185001636 @default.