<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE dataset SYSTEM "http://tarantella.gsfc.nasa.gov/xml/dataset_048.dtd">
<dataset subject="astronomy" xmlns:xlink="http://www.w3.org/XML/XLink/0.9">
	<title>On the spectral characteristics and atmospheric models of two types of
white-light flares</title>
	<altname type="ADC">J/A+AS/110/99</altname>
		<altname type="CDS">J/A+AS/110/99</altname>
		<altname type="brief">White-light flares models</altname>
	<reference>
		<source>
<journal>
	<title>On the spectral characteristics and atmospheric models of two types of
white-light flares</title>
	<author>
			<initial>C</initial>
			<lastName>Fang</lastName></author>
	<author>
			<initial>M</initial>
			<initial>D</initial>
			<lastName>Ding</lastName></author>
	<name>Astron. Astrophys. Suppl. Ser.</name>
	<volume>110</volume>
	<pageno>99</pageno>
		<date>
			<year>1995</year></date>
	<bibcode>1995A&amp;AS..110...99F</bibcode></journal></source></reference>
	<keywords parentListURL="http://messier.gsfc.nasa.gov/xml/keywordlists/apj_keywords.html">
			<keyword xlink:href="radio_radiation.html">radio radiation</keyword>
			<keyword xlink:href="Sun_flares.html">Sun: flares</keyword>
			<keyword xlink:href="X-rays_general.html">X-rays: general</keyword></keywords>
	<descriptions>
				<description>
				<para>
   Based on detailed analyses of the solar white-light flares (WLFs) of 1974
   September 10, 1979 September 19 and 1991 October 24, the characteristics
   of two types of WLFs have been distinguished.</para></description>
                        <details/></descriptions>
	<tableHead>
		<tableLinks>
				<tableLink xlink:href="table1">
	<title>Atmospheric parameters for the non-thermal
                                  flare model, m0 = 2.5x10^-3^</title></tableLink>
				<tableLink xlink:href="table2">
	<title>Atmospheric parameters for the thermal flare
                                  model, m0 = 3.2x10^-3^</title></tableLink>
				<tableLink xlink:href="table3">
	<title>Atmospheric parameters for the pre-flare model,
                                  m0 = 2.62x10^-4^</title></tableLink></tableLinks>
	<fields>
		<field>
			<name>h</name>
			<definition>Heigh</definition>
			<units>km</units></field>
		<field>
			<name>m-m0</name>
			<definition>Column mass density, where m0 is the coronal
                                   mass density</definition>
			<units>g/cm2</units></field>
		<field>
			<name>T</name>
			<definition>Temperature</definition>
			<units>K</units></field>
		<field>
			<name>Vt</name>
			<definition>Micro-turbulent velocity</definition>
			<units>km/s</units></field>
		<field>
			<name>N(H)</name>
			<definition>Hydrogen density</definition>
			<units>cm-3</units></field>
		<field>
			<name>Ne</name>
			<definition>Electron density</definition>
			<units>cm-3</units></field></fields></tableHead>
	
			<textFile xlink:href="table.tex"><name>table.tex</name><description><para>LaTeX version of the tables</para></description></textFile>
	<history>
		<ingest>
	
			<creator>
				<lastName>Patricia Bauer</lastName>
				<affiliation>CDS</affiliation></creator>
	<date>
		<year>1994</year><month>Oct</month><day>28</day></date></ingest>
		</history>
	<identifier>J_A+AS_110_99.xml</identifier></dataset>
