<?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>Line identifications and preliminary abundances
from the red spectrum of HD 101065 (Przybylski's star)</title>
	<altname type="ADC">J/A+A/339/165</altname>
		<altname type="CDS">J/A+A/339/165</altname>
		<altname type="brief">The red spectrum of HD 101065</altname>
	<reference>
		<source>
<journal>
	<title>Line identifications and preliminary abundances
from the red spectrum of HD 101065 (Przybylski's star)</title>
	<author>
			<initial>C</initial>
			<initial>R</initial>
			<lastName>Cowley</lastName></author>
	<author>
			<initial>G</initial>
			<lastName>Mathys</lastName></author>
	<name>Astron. Astrophys.</name>
	<volume>339</volume>
	<pageno>165</pageno>
		<date>
			<year>1998</year></date>
	<bibcode>1998A&amp;A...339..165C</bibcode></journal></source></reference>
	<keywords parentListURL="http://messier.gsfc.nasa.gov/xml/keywordlists/adc_keywords.html">
			<keyword xlink:href="Abundances_peculiar.html">Abundances, peculiar</keyword>
			<keyword xlink:href="Spectra_red.html">Spectra, red</keyword>
			<keyword xlink:href="Stars_peculiar.html">Stars, peculiar</keyword></keywords>
	<keywords parentListURL="http://messier.gsfc.nasa.gov/xml/keywordlists/apj_keywords.html">
			<keyword xlink:href="stars_abundances.html">stars: abundances</keyword>
			<keyword xlink:href="stars_chemically_peculiar.html">stars: chemically peculiar</keyword>
			<keyword xlink:href="stars_individual_(HD_101065).html">stars: individual (HD 101065)</keyword>
			<keyword xlink:href="stars_magnetic_fields.html">stars: magnetic fields</keyword></keywords>
	<descriptions>
				<description>
				<para>
    Wavelength list for Przybylski's star (a rapidly rotation Ap star)
    including a measurement of the line depths.</para></description>
                        <details>
	<astroObjects>
		
			<astroObject><name>HD 101065</name><name>Przybylski's star</name><position><ra>11 37 37.2</ra><dec>-46 42 37</dec></position></astroObject></astroObjects></details></descriptions>
	<tableHead>
		<tableLinks>
				<tableLink xlink:href="table2.dat">
	<title>Wavelength list for Przybylski's star</title></tableLink></tableLinks>
	<fields>
		<field>
			<name>Lambda</name>
			<definition>Measured wavelength</definition>
			<units>0.1nm</units></field>
		<field>
			<name>Int</name>
			<definition>Measured central intensity
	<footnote footnoteId="???"><para>number=1</para>
			<para>Central depth of the line, as measured from a convolved and 
    Fourier filtered spectrum (1.00 corresponds to the continuum level).</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Strength</name>
			<definition>Line strength
	<footnote footnoteId="???"><para>number=2</para>
			<para>Estimate of the line strength on an arbitrary scale, derived 
    from the measured line depth. Intensities of lines in the wing of
    H{alpha} are eye estimates, and not computed from the line depths.
    They are given with colons</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>n_Strength</name>
			<definition>: when eye estimates</definition>
			<units>---</units></field>
		<field>
			<name>Id1</name>
			<definition>First identification
	<footnote footnoteId="???"><para>number=3</para>
			<para>Up to 4 possible contributing transitions are identified for 
    the measured lines. The fractional part of the laboratory wavelength
    of the transition is given, followed by spectrum (e.g. Nd II). For
    most of the lanthanide spectra, the parenthesized number following the
    spectrum is the intensity from Meggers, Corliss, and Scribner (NBS
    Monog. 145, 1975). Iron-group spectra are typically followed by
    Multiplet numbers (e.g. Fe I-15 is a line from Multiplet 15). Energy
    levels are sometimes given for third spectra of the lanthanides. 
    These are from Martin, Zalubas, and Hagan (NSRDS-NBS 60, 1978), or
    unpublished material provided to CRC by Hannah Crosswhite. Lines
    lacking energy-level classifications are designated "uncl."
</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Id2</name>
			<definition>Second identification
	<footnote footnoteId="???"><para>number=3</para>
			<para>Up to 4 possible contributing transitions are identified for 
    the measured lines. The fractional part of the laboratory wavelength
    of the transition is given, followed by spectrum (e.g. Nd II). For
    most of the lanthanide spectra, the parenthesized number following the
    spectrum is the intensity from Meggers, Corliss, and Scribner (NBS
    Monog. 145, 1975). Iron-group spectra are typically followed by
    Multiplet numbers (e.g. Fe I-15 is a line from Multiplet 15). Energy
    levels are sometimes given for third spectra of the lanthanides. 
    These are from Martin, Zalubas, and Hagan (NSRDS-NBS 60, 1978), or
    unpublished material provided to CRC by Hannah Crosswhite. Lines
    lacking energy-level classifications are designated "uncl."
</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Id3</name>
			<definition>Third identification
	<footnote footnoteId="???"><para>number=3</para>
			<para>Up to 4 possible contributing transitions are identified for 
    the measured lines. The fractional part of the laboratory wavelength
    of the transition is given, followed by spectrum (e.g. Nd II). For
    most of the lanthanide spectra, the parenthesized number following the
    spectrum is the intensity from Meggers, Corliss, and Scribner (NBS
    Monog. 145, 1975). Iron-group spectra are typically followed by
    Multiplet numbers (e.g. Fe I-15 is a line from Multiplet 15). Energy
    levels are sometimes given for third spectra of the lanthanides. 
    These are from Martin, Zalubas, and Hagan (NSRDS-NBS 60, 1978), or
    unpublished material provided to CRC by Hannah Crosswhite. Lines
    lacking energy-level classifications are designated "uncl."
</para></footnote></definition>
			<units>---</units></field>
		<field>
			<name>Id4</name>
			<definition>Fourth identification
	<footnote footnoteId="???"><para>number=3</para>
			<para>Up to 4 possible contributing transitions are identified for 
    the measured lines. The fractional part of the laboratory wavelength
    of the transition is given, followed by spectrum (e.g. Nd II). For
    most of the lanthanide spectra, the parenthesized number following the
    spectrum is the intensity from Meggers, Corliss, and Scribner (NBS
    Monog. 145, 1975). Iron-group spectra are typically followed by
    Multiplet numbers (e.g. Fe I-15 is a line from Multiplet 15). Energy
    levels are sometimes given for third spectra of the lanthanides. 
    These are from Martin, Zalubas, and Hagan (NSRDS-NBS 60, 1978), or
    unpublished material provided to CRC by Hannah Crosswhite. Lines
    lacking energy-level classifications are designated "uncl."
</para></footnote></definition>
			<units>---</units></field></fields></tableHead>
	
	<history>
		<ingest>
	
			<creator>
				<lastName>G. Mathys (ESO, Santiago, Chile),  Patricia Bauer</lastName>
				<affiliation>CDS</affiliation></creator>
	<date>
		<year>1998</year><month>Sep</month><day>28</day></date><acknowledgement>Gautier Mathys &lt;gmathys@eso.org></acknowledgement></ingest>
		</history>
	<identifier>J_A+A_339_165.xml</identifier></dataset>
