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Material_HDDS.xml
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1605 lines (1408 loc) · 58.4 KB
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<?xml version="1.0" encoding="UTF-8"?>
<!--DOCTYPE HDDS>
Hall D Geometry Data Base: Materials
*************************************
version 1.0: Initial version with all elements and some
composites. -rtj
<HDDS specification="v1.0" xmlns="http://www.gluex.org/hdds">
-->
<materials version="3.1"
date="2019-01-15"
author="R.T. Jones"
specification="v1.0" >
<!-- Define the elements -->
<element name="Hydrogen" symbol="H" z="1" a="1.00797">
<real name="density" value="0.0000838" unit="g/cm^3" />
<real name="radlen" value="61.28" unit="g/cm^2" />
<real name="collen" value="43.3" unit="g/cm^2" />
<real name="abslen" value="50.8" unit="g/cm^2" />
<real name="dedx" value="4.045" unit="MeV/g/cm^2" />
</element>
<element name="LiqHydrogen" symbol="LH" z="1" a="1.00797">
<real name="density" value="0.0708" unit="g/cm^3" />
<real name="radlen" value="61.28" unit="g/cm^2" />
<real name="collen" value="43.3" unit="g/cm^2" />
<real name="abslen" value="50.8" unit="g/cm^2" />
<real name="dedx" value="4.045" unit="MeV/g/cm^2" />
</element>
<element name="Deuterium" symbol="D" z="1" a="2.01">
<real name="density" value="0.000167" unit="g/cm^3" />
<real name="radlen" value="122.4" unit="g/cm^2" />
<real name="collen" value="45.7" unit="g/cm^2" />
<real name="abslen" value="54.7" unit="g/cm^2" />
<real name="dedx" value="2.052" unit="MeV/g/cm^2" />
</element>
<element name="LiqDeuterium" symbol="LD" z="1" a="2.01">
<real name="density" value="0.169" unit="g/cm^3" />
<real name="radlen" value="122.4" unit="g/cm^2" />
<real name="collen" value="45.7" unit="g/cm^2" />
<real name="abslen" value="54.7" unit="g/cm^2" />
<real name="dedx" value="2.052" unit="MeV/g/cm^2" />
</element>
<element name="Helium" symbol="He" z="2" a="4.0026">
<real name="density" value="0.000166" unit="g/cm^3" />
<real name="radlen" value="94.32" unit="g/cm^2" />
<real name="collen" value="49.9" unit="g/cm^2" />
<real name="abslen" value="65.1" unit="g/cm^2" />
<real name="dedx" value="1.937" unit="MeV/g/cm^2" />
</element>
<element name="LiqHelium" symbol="LHe" z="2" a="4.0026">
<real name="density" value="0.1217" unit="g/cm^3" />
<real name="radlen" value="94.32" unit="g/cm^2" />
<real name="collen" value="49.9" unit="g/cm^2" />
<real name="abslen" value="65.1" unit="g/cm^2" />
<real name="dedx" value="1.937" unit="MeV/g/cm^2" />
</element>
<element name="Lithium" symbol="Li" z="3" a="6.9410">
<real name="density" value="0.534" unit="g/cm^3" />
<real name="radlen" value="82.76" unit="g/cm^2" />
<real name="collen" value="54.6" unit="g/cm^2" />
<real name="abslen" value="73.4" unit="g/cm^2" />
<real name="dedx" value="1.639" unit="MeV/g/cm^2" />
</element>
<element name="Beryllium" symbol="Be" z="4" a="9.0122">
<real name="density" value="1.8480" unit="g/cm^3" />
<real name="radlen" value="65.19" unit="g/cm^2" />
<real name="collen" value="55.8" unit="g/cm^2" />
<real name="abslen" value="75.2" unit="g/cm^2" />
<real name="dedx" value="1.594" unit="MeV/g/cm^2" />
</element>
<element name="Boron10" symbol="B10" z="5" a="10.0" />
<element name="Boron11" symbol="B11" z="5" a="11.0" />
<element name="Boron" symbol="B" z="5" a="10.8">
<real name="density" value="2.34" unit="g/cm^3" />
</element>
<element name="Carbon" symbol="C" z="6" a="12.011">
<real name="density" value="2.2650" unit="g/cm^3" />
<real name="radlen" value="42.70" unit="g/cm^2" />
<real name="collen" value="60.2" unit="g/cm^2" />
<real name="abslen" value="86.3" unit="g/cm^2" />
<real name="dedx" value="1.745" unit="MeV/g/cm^2" />
</element>
<element name="Nitrogen" symbol="N" z="7" a="14.0067">
<real name="density" value="0.00116" unit="g/cm^3" />
<real name="radlen" value="37.99" unit="g/cm^2" />
<real name="collen" value="61.4" unit="g/cm^2" />
<real name="abslen" value="87.8" unit="g/cm^2" />
<real name="dedx" value="1.825" unit="MeV/g/cm^2" />
</element>
<element name="LiqNitrogen" symbol="LN" z="7" a="14.0067">
<real name="density" value="0.8073" unit="g/cm^3" />
<real name="radlen" value="37.99" unit="g/cm^2" />
<real name="collen" value="61.4" unit="g/cm^2" />
<real name="abslen" value="87.8" unit="g/cm^2" />
<real name="dedx" value="1.825" unit="MeV/g/cm^2" />
</element>
<element name="Oxygen" symbol="O" z="8" a="15.9995">
<real name="density" value="0.00133" unit="g/cm^3" />
<real name="radlen" value="34.24" unit="g/cm^2" />
<real name="collen" value="63.2" unit="g/cm^2" />
<real name="abslen" value="91.0" unit="g/cm^2" />
<real name="dedx" value="1.801" unit="MeV/g/cm^2" />
</element>
<element name="LiqOxygen" symbol="LO" z="8" a="15.9995">
<real name="density" value="1.141" unit="g/cm^3" />
<real name="radlen" value="34.24" unit="g/cm^2" />
<real name="collen" value="63.2" unit="g/cm^2" />
<real name="abslen" value="91.0" unit="g/cm^2" />
<real name="dedx" value="1.801" unit="MeV/g/cm^2" />
</element>
<element name="Fluorine" symbol="F" z="9" a="18.9984">
<real name="density" value="0.00158" unit="g/cm^3" />
<real name="radlen" value="32.93" unit="g/cm^2" />
<real name="collen" value="65.5" unit="g/cm^2" />
<real name="abslen" value="95.3" unit="g/cm^2" />
<real name="dedx" value="1.675" unit="MeV/g/cm^2" />
</element>
<element name="LiqFluorine" symbol="LF" z="9" a="18.9984">
<real name="density" value="1.507" unit="g/cm^3" />
<real name="radlen" value="32.93" unit="g/cm^2" />
<real name="collen" value="65.5" unit="g/cm^2" />
<real name="abslen" value="95.3" unit="g/cm^2" />
<real name="dedx" value="1.675" unit="MeV/g/cm^2" />
</element>
<element name="Neon" symbol="Ne" z="10" a="20.179">
<real name="density" value="0.000830" unit="g/cm^3" />
<real name="radlen" value="28.94" unit="g/cm^2" />
<real name="collen" value="66.1" unit="g/cm^2" />
<real name="abslen" value="96.6" unit="g/cm^2" />
<real name="dedx" value="1.724" unit="MeV/g/cm^2" />
</element>
<element name="LiqNeon" symbol="LNe" z="10" a="20.179">
<real name="density" value="1.204" unit="g/cm^3" />
<real name="radlen" value="28.94" unit="g/cm^2" />
<real name="collen" value="66.1" unit="g/cm^2" />
<real name="abslen" value="96.6" unit="g/cm^2" />
<real name="dedx" value="1.724" unit="MeV/g/cm^2" />
</element>
<element name="Sodium" symbol="Na" z="11" a="22.9898">
<real name="density" value="0.969" unit="g/cm^3" />
</element>
<element name="Magnesium" symbol="Mg" z="12" a="24.305">
<real name="density" value="1.735" unit="g/cm^3" />
</element>
<element name="Aluminum" symbol="Al" z="13" a="26.9815">
<real name="density" value="2.700" unit="g/cm^3" />
<real name="radlen" value="24.01" unit="g/cm^2" />
<real name="collen" value="70.6" unit="g/cm^2" />
<real name="abslen" value="106.4" unit="g/cm^2" />
<real name="dedx" value="1.615" unit="MeV/g/cm^2" />
</element>
<element name="Silicon" symbol="Si" z="14" a="28.086">
<real name="density" value="2.33" unit="g/cm^3" />
<real name="radlen" value="21.82" unit="g/cm^2" />
<real name="collen" value="70.6" unit="g/cm^2" />
<real name="abslen" value="106.0" unit="g/cm^2" />
<real name="dedx" value="1.664" unit="MeV/g/cm^2" />
</element>
<element name="Phosphorus" symbol="P" z="15" a="30.9738">
<real name="density" value="1.82" unit="g/cm^3" />
</element>
<element name="Sulfur" symbol="S" z="16" a="32.06">
<real name="density" value="2.07" unit="g/cm^3" />
</element>
<element name="Chlorine" symbol="Cl" z="17" a="35.453">
<real name="density" value="1.56" unit="g/cm^3" />
</element>
<element name="Argon" symbol="Ar" z="18" a="39.948">
<real name="density" value="0.00166" unit="g/cm^3" />
<real name="radlen" value="19.55" unit="g/cm^2" />
<real name="collen" value="76.4" unit="g/cm^2" />
<real name="abslen" value="117.2" unit="g/cm^2" />
<real name="dedx" value="1.519" unit="MeV/g/cm^2" />
</element>
<element name="LiqArgon" symbol="LAr" z="18" a="39.948">
<real name="density" value="1.396" unit="g/cm^3" />
<real name="radlen" value="19.55" unit="g/cm^2" />
<real name="collen" value="76.4" unit="g/cm^2" />
<real name="abslen" value="117.2" unit="g/cm^2" />
<real name="dedx" value="1.519" unit="MeV/g/cm^2" />
</element>
<element name="Potassium" symbol="K" z="19" a="39.098">
<real name="density" value=".860" unit="g/cm^3" />
</element>
<element name="Calcium" symbol="Ca" z="20" a="40.08">
<real name="density" value="1.55" unit="g/cm^3" />
</element>
<element name="Scandium" symbol="Sc" z="21" a="44.956">
<real name="density" value="2.98" unit="g/cm^3" />
</element>
<element name="Titanium" symbol="Ti" z="22" a="47.90">
<real name="density" value="4.53" unit="g/cm^3" />
<real name="radlen" value="16.17" unit="g/cm^2" />
<real name="collen" value="79.9" unit="g/cm^2" />
<real name="abslen" value="124.9" unit="g/cm^2" />
<real name="dedx" value="1.476" unit="MeV/g/cm^2" />
</element>
<element name="Vanadium" symbol="V" z="23" a="50.9414">
<real name="density" value="6.10" unit="g/cm^3" />
</element>
<element name="Chromium" symbol="Cr" z="24" a="51.996">
<real name="density" value="7.18" unit="g/cm^3" />
</element>
<element name="Manganese" symbol="Mn" z="25" a="54.9830">
<real name="density" value="7.43" unit="g/cm^3" />
</element>
<element name="Iron" symbol="Fe" z="26" a="55.847">
<real name="density" value="7.87" unit="g/cm^3" />
<real name="radlen" value="13.84" unit="g/cm^2" />
<real name="collen" value="82.8" unit="g/cm^2" />
<real name="abslen" value="131.9" unit="g/cm^2" />
<real name="dedx" value="1.451" unit="MeV/g/cm^2" />
</element>
<element name="Cobalt" symbol="Co" z="27" a="58.9332">
<real name="density" value="8.90" unit="g/cm^3" />
</element>
<element name="Nickel" symbol="Ni" z="28" a="58.70">
<real name="density" value="8.876" unit="g/cm^3" />
</element>
<element name="Copper" symbol="Cu" z="29" a="63.546">
<real name="density" value="8.96" unit="g/cm^3" />
<real name="radlen" value="12.86" unit="g/cm^2" />
<real name="collen" value="85.6" unit="g/cm^2" />
<real name="abslen" value="134.9" unit="g/cm^2" />
<real name="dedx" value="1.403" unit="MeV/g/cm^2" />
</element>
<element name="Zinc" symbol="Zn" z="30" a="65.38">
<real name="density" value="7.112" unit="g/cm^3" />
</element>
<element name="Gallium" symbol="Ga" z="31" a="69.72">
<real name="density" value="5.877" unit="g/cm^3" />
</element>
<element name="Germanium" symbol="Ge" z="32" a="72.59">
<real name="density" value="5.3230" unit="g/cm^3" />
<real name="radlen" value="12.25" unit="g/cm^2" />
<real name="collen" value="88.3" unit="g/cm^2" />
<real name="abslen" value="140.5" unit="g/cm^2" />
<real name="dedx" value="1.371" unit="MeV/g/cm^2" />
</element>
<element name="Arsenic" symbol="As" z="33" a="74.9216">
<real name="density" value="5.72" unit="g/cm^3" />
</element>
<element name="Selenium" symbol="Se" z="34" a="78.96">
<real name="density" value="4.78" unit="g/cm^3" />
</element>
<element name="Bromine" symbol="Br" z="35" a="79.904">
<real name="density" value="3.11" unit="g/cm^3" />
</element>
<element name="Krypton" symbol="Kr" z="36" a="83.80">
<real name="density" value="2.60" unit="g/cm^3" />
</element>
<element name="Rubidium" symbol="Rb" z="37" a="85.4678">
<real name="density" value="1.529" unit="g/cm^3" />
</element>
<element name="Strontium" symbol="Sr" z="38" a="87.62">
<real name="density" value="2.54" unit="g/cm^3" />
</element>
<element name="Yttrium" symbol="Y" z="39" a="88.909">
<real name="density" value="4.456" unit="g/cm^3" />
</element>
<element name="Zirconium" symbol="Zr" z="40" a="91.22">
<real name="density" value="6.494" unit="g/cm^3" />
</element>
<element name="Niobium" symbol="Nb" z="41" a="92.9064">
<real name="density" value="8.55" unit="g/cm^3" />
</element>
<element name="Molybdenum" symbol="Mo" z="42" a="95.94">
<real name="density" value="10.20" unit="g/cm^3" />
</element>
<element name="Technetium" symbol="Tc" z="43" a="97">
<real name="density" value="11.48" unit="g/cm^3" />
</element>
<element name="Ruthenium" symbol="Ru" z="44" a="101.07">
<real name="density" value="12.39" unit="g/cm^3" />
</element>
<element name="Rhodium" symbol="Rh" z="45" a="102.905">
<real name="density" value="12.39" unit="g/cm^3" />
</element>
<element name="Palladium" symbol="Pd" z="46" a="106.04">
<real name="density" value="12.00" unit="g/cm^3" />
</element>
<element name="Silver" symbol="Ag" z="47" a="107.868">
<real name="density" value="10.48" unit="g/cm^3" />
</element>
<element name="Cadmium" symbol="Cd" z="48" a="112.40">
<real name="density" value="8.63" unit="g/cm^3" />
</element>
<element name="Indium" symbol="In" z="49" a="114.82">
<real name="density" value="7.30" unit="g/cm^3" />
</element>
<element name="Tin" symbol="Sn" z="50" a="118.69">
<real name="density" value="7.31" unit="g/cm^3" />
<real name="radlen" value="8.82" unit="g/cm^2" />
<real name="collen" value="100.2" unit="g/cm^2" />
<real name="abslen" value="163" unit="g/cm^2" />
<real name="dedx" value="1.264" unit="MeV/g/cm^2" />
</element>
<element name="Antimony" symbol="Sb" z="51" a="121.75">
<real name="density" value="6.679" unit="g/cm^3" />
</element>
<element name="Tellurium" symbol="Te" z="52" a="127.60">
<real name="density" value="6.23" unit="g/cm^3" />
</element>
<element name="Iodine" symbol="I" z="53" a="126.9046">
<real name="density" value="7.30" unit="g/cm^3" />
</element>
<element name="Xenon" symbol="Xe" z="54" a="131.30">
<real name="density" value="0.00546" unit="g/cm^3" />
<real name="radlen" value="8.48" unit="g/cm^2" />
<real name="collen" value="102.8" unit="g/cm^2" />
<real name="abslen" value="169" unit="g/cm^2" />
<real name="dedx" value="1.255" unit="MeV/g/cm^2" />
</element>
<element name="LiqXenon" symbol="LXe" z="54" a="131.30">
<real name="density" value="2.953" unit="g/cm^3" />
<real name="radlen" value="8.48" unit="g/cm^2" />
<real name="collen" value="102.8" unit="g/cm^2" />
<real name="abslen" value="169" unit="g/cm^2" />
<real name="dedx" value="1.255" unit="MeV/g/cm^2" />
</element>
<element name="Cesium" symbol="Cs" z="55" a="132.905">
<real name="density" value="1.870" unit="g/cm^3" />
</element>
<element name="Barium" symbol="Ba" z="56" a="137.34">
<real name="density" value="3.50" unit="g/cm^3" />
</element>
<element name="Larthanum" symbol="La" z="57" a="138.91">
<real name="density" value="6.127" unit="g/cm^3" />
</element>
<element name="Cerium" symbol="Ce" z="58" a="140.12">
<real name="density" value="6.637" unit="g/cm^3" />
</element>
<element name="Praseodymium" symbol="Pr" z="59" a="140.908" />
<element name="Neodymium" symbol="Nd" z="60" a="144.24" />
<element name="Promethium" symbol="Pm" z="61" a="145" />
<element name="Samarium" symbol="Sm" z="62" a="150.4" />
<element name="Europium" symbol="Eu" z="63" a="151.96" />
<element name="Gadolinium" symbol="Gd" z="64" a="157.25" />
<element name="Terbium" symbol="Tb" z="65" a="158.925" />
<element name="Dysprosium" symbol="Dy" z="66" a="162.50" />
<element name="Holmium" symbol="Ho" z="67" a="164.930" />
<element name="Erbium" symbol="Er" z="68" a="167.26" />
<element name="Thulium" symbol="Tm" z="69" a="168.934" />
<element name="Ytterbium" symbol="Yb" z="70" a="173.04" />
<element name="Lutetium" symbol="Lu" z="71" a="174.97" />
<element name="Hafnium" symbol="Hf" z="72" a="178.49" />
<element name="Tantalum" symbol="Ta" z="73" a="180.948" />
<element name="Tungsten" symbol="W" z="74" a="183.85">
<real name="density" value="19.3" unit="g/cm^3" />
<real name="radlen" value="6.76" unit="g/cm^2" />
<real name="collen" value="110.3" unit="g/cm^2" />
<real name="abslen" value="185" unit="g/cm^2" />
<real name="dedx" value="1.145" unit="MeV/g/cm^2" />
</element>
<element name="Rhenium" symbol="Re" z="75" a="186.207" />
<element name="Osmium" symbol="Os" z="76" a="190.2" />
<element name="Iridium" symbol="Ir" z="77" a="192.22" />
<element name="Platinum" symbol="Pt" z="78" a="195.09">
<real name="radlen" value="6.54" unit="g/cm^2" />
<real name="collen" value="113.3" unit="g/cm^2" />
<real name="abslen" value="189.7" unit="g/cm^2" />
<real name="dedx" value="1.129" unit="MeV/g/cm^2" />
</element>
<element name="Gold" symbol="Au" z="79" a="196.967">
<real name="density" value="18.85" unit="g/cm^3" />
</element>
<element name="Mercury" symbol="Hg" z="80" a="200.59" />
<element name="Thallium" symbol="Tl" z="81" a="204.37" />
<element name="Lead" symbol="Pb" z="82" a="207.2">
<real name="density" value="11.35" unit="g/cm^3" />
<real name="radlen" value="6.37" unit="g/cm^2" />
<real name="collen" value="116.2" unit="g/cm^2" />
<real name="abslen" value="194" unit="g/cm^2" />
<real name="dedx" value="1.123" unit="MeV/g/cm^2" />
</element>
<element name="Bismuth" symbol="Bi" z="83" a="208.980">
<real name="density" value="9.37" unit="g/cm^3" />
</element>
<element name="Polonium" symbol="Po" z="84" a="209" />
<element name="Astatine" symbol="At" z="85" a="210" />
<element name="Radon" symbol="Rn" z="86" a="222" />
<element name="Francium" symbol="Fr" z="87" a="223" />
<element name="Radium" symbol="Ra" z="88" a="226.03" />
<element name="Actinium" symbol="Ac" z="89" a="227" />
<element name="Thorium" symbol="Th" z="90" a="232.038" />
<element name="Protactinium" symbol="Pa" z="91" a="231.038" />
<element name="Uranium" symbol="U" z="92" a="238.03">
<real name="density" value="18.950" unit="g/cm^3" />
<real name="radlen" value="6.00" unit="g/cm^2" />
<real name="collen" value="117.0" unit="g/cm^2" />
<real name="abslen" value="199" unit="g/cm^2" />
<real name="dedx" value="1.082" unit="MeV/g/cm^2" />
</element>
<element name="Neptunium" symbol="Np" z="93" a="237.048" />
<!-- Define the composite materials -->
<composite name="Vacuum">
<addmaterial material="Helium">
<fractionmass fraction="0.5" />
</addmaterial>
<addmaterial material="Nitrogen">
<fractionmass fraction="0.5" />
</addmaterial>
<real name="density" value="1e-12" unit="g/cm^3" />
<real name="radlen" value="1.0" unit="g/cm^2" />
<real name="collen" value="1.0" unit="g/cm^2" />
<real name="abslen" value="1.0" unit="g/cm^2" />
<real name="dedx" value="0.0" unit="MeV/g/cm^2" />
</composite>
<composite name="Scintillator">
<addmaterial material="Carbon"> <natoms n="8" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="9" /></addmaterial>
<real name="density" value="1.032" unit="g/cm^3" />
<real name="radlen" value="43.72" unit="g/cm^2" />
<real name="collen" value="58.5" unit="g/cm^2" />
<real name="abslen" value="81.9" unit="g/cm^2" />
<real name="dedx" value="1.936" unit="MeV/g/cm^2" />
</composite>
<composite name="BCF-12">
<addmaterial material="Carbon"> <natoms n="8" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="8" /></addmaterial>
<real name="density" value="1.049" unit="g/cm^3" />
</composite>
<composite name="Brass">
<addmaterial material="Copper">
<fractionmass fraction="0.65" />
</addmaterial>
<addmaterial material="Zinc">
<fractionmass fraction="0.35"/>
</addmaterial>
</composite>
<composite name="Air">
<addmaterial material="Nitrogen">
<fractionmass fraction="0.7494" />
</addmaterial>
<addmaterial material="Oxygen">
<fractionmass fraction="0.2369" />
</addmaterial>
<addmaterial material="Argon">
<fractionmass fraction="0.0129" />
</addmaterial>
<addmaterial material="Hydrogen">
<fractionmass fraction="0.0008" />
</addmaterial>
<real name="density" value="0.001214" unit="g/cm^3" />
<real name="radlen" value="36.66" unit="g/cm^2" />
<real name="collen" value="62.0" unit="g/cm^2" />
<real name="abslen" value="90.0" unit="g/cm^2" />
<real name="dedx" value="1.815" unit="MeV/g/cm^2" />
</composite>
<composite name="CO2">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="2" /> </addmaterial>
<real name="density" value="0.001977" unit="g/cm^3" />
<real name="radlen" value="36.2" unit="g/cm^2" />
<real name="collen" value="62.4" unit="g/cm^2" />
<real name="abslen" value="89.7" unit="g/cm^2" />
<real name="dedx" value="1.819" unit="MeV/g/cm^2" />
</composite>
<composite name="ArCO2">
<addmaterial material="Argon">
<fractionmass fraction="0.93" />
</addmaterial>
<addmaterial material="CO2">
<fractionmass fraction="0.07" />
</addmaterial>
</composite>
<composite name="Bakelite">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="4" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.4" unit="g/cm^3" />
</composite>
<composite name="Nomex">
<addmaterial material="Hydrogen"> <natoms n="14" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="4" /> </addmaterial>
<addmaterial material="Carbon"> <natoms n="14" /> </addmaterial>
<addmaterial material="Nitrogen"> <natoms n="2" /> </addmaterial>
<real name="density" value="0.029" unit="g/cm^3" />
</composite>
<composite name="Polypropylene">
<addmaterial material="Hydrogen"> <natoms n="6" /> </addmaterial>
<addmaterial material="Carbon"> <natoms n="3" /> </addmaterial>
<real name="density" value="0.945" unit="g/cm^3" />
</composite>
<composite name="Polyetherimide">
<addmaterial material="Hydrogen"> <natoms n="24" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="6" /> </addmaterial>
<addmaterial material="Carbon"> <natoms n="37" /> </addmaterial>
<addmaterial material="Nitrogen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.27" unit="g/cm^3" />
</composite>
<composite name="Ultem2300">
<addmaterial material="Polyetherimide">
<fractionmass fraction="0.70"/>
</addmaterial>
<addmaterial material="BorosilicateGlass">
<fractionmass fraction="0.30"/>
</addmaterial>
<real name="density" value="1.51" unit="g/cm^3" />
</composite>
<composite name="Nylon">
<addmaterial material="Nitrogen"> <natoms n="1" /> </addmaterial>
<addmaterial material="Carbon"> <natoms n="6" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="11" /></addmaterial>
<addmaterial material="Oxygen"> <natoms n="1" /> </addmaterial>
<real name="density" value="1.14" unit="g/cm^3" />
<real name="radlen" value="36.7" unit="g/cm^2" />
<real name="collen" value="58.5" unit="g/cm^2" />
<real name="abslen" value="81.5" unit="g/cm^2" />
<real name="dedx" value="1.974" unit="MeV/g/cm^2" />
</composite>
<composite name="PolyphenyleneOxide">
<addmaterial material="Nitrogen"> <natoms n="1" /> </addmaterial>
<addmaterial material="Carbon"> <natoms n="15"/> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="11" /></addmaterial>
<addmaterial material="Oxygen"> <natoms n="1" /> </addmaterial>
<real name="density" value="1.06" unit="g/cm^3"/>
</composite>
<composite name="Lexan">
<addmaterial material="Carbon"> <natoms n="16" /></addmaterial>
<addmaterial material="Hydrogen"> <natoms n="14" /></addmaterial>
<addmaterial material="Oxygen"> <natoms n="3" /> </addmaterial>
<real name="density" value="1.20" unit="g/cm^3" />
<real name="radlen" value="34.6" unit="g/cm^2" />
<real name="collen" value="59.5" unit="g/cm^2" />
<real name="abslen" value="83.9" unit="g/cm^2" />
<real name="dedx" value="1.886" unit="MeV/g/cm^2" />
</composite>
<composite name="Mylar">
<addmaterial material="Carbon"> <natoms n="5" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="4" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.39" unit="g/cm^3" />
<real name="radlen" value="39.95" unit="g/cm^2" />
<real name="collen" value="60.2" unit="g/cm^2" />
<real name="abslen" value="85.7" unit="g/cm^2" />
<real name="dedx" value="1.848" unit="MeV/g/cm^2" />
</composite>
<composite name="Polyethylene">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="2" /> </addmaterial>
<real name="density" value="0.95" unit="g/cm^3" />
<real name="radlen" value="44.64" unit="g/cm^2" />
<real name="collen" value="57.0" unit="g/cm^2" />
<real name="abslen" value="78.4" unit="g/cm^2" />
<real name="dedx" value="2.076" unit="MeV/g/cm^2" />
</composite>
<composite name="Kapton">
<addmaterial material="Carbon"> <natoms n="22" /></addmaterial>
<addmaterial material="Hydrogen"> <natoms n="10" /></addmaterial>
<addmaterial material="Oxygen"> <natoms n="5" /> </addmaterial>
<addmaterial material="Nitrogen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.42" unit="g/cm^3" />
<real name="radlen" value="40.56" unit="g/cm^2" />
<real name="collen" value="60.3" unit="g/cm^2" />
<real name="abslen" value="85.8" unit="g/cm^2" />
<real name="dedx" value="1.820" unit="MeV/g/cm^2" />
</composite>
<composite name="Plexiglas">
<addmaterial material="Carbon"> <natoms n="5" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="8" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.20" unit="g/cm^3" />
<real name="radlen" value="40.49" unit="g/cm^2" />
<real name="collen" value="59.3" unit="g/cm^2" />
<real name="dedx" value="1.929" unit="MeV/g/cm^2" />
</composite>
<composite name="Polystyrene">
<addmaterial material="Carbon"> <natoms n="8" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="8" /> </addmaterial>
<real name="density" value="1.032" unit="g/cm^3" />
<real name="radlen" value="43.72" unit="g/cm^2" />
<real name="collen" value="58.5" unit="g/cm^2" />
<real name="abslen" value="81.9" unit="g/cm^2" />
<real name="dedx" value="1.936" unit="MeV/g/cm^2" />
</composite>
<composite name="Tedlar">
<addmaterial material="Carbon"> <natoms n="2" /></addmaterial>
<addmaterial material="Hydrogen"> <natoms n="3" /></addmaterial>
<addmaterial material="Fluorine"> <natoms n="1" /> </addmaterial>
<real name="density" value="1.49" unit="g/cm^3" />
</composite>
<composite name="PVC">
<addmaterial material="Carbon"> <natoms n="2" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="3" /> </addmaterial>
<addmaterial material="Chlorine"> <natoms n="1" /> </addmaterial>
<real name="density" value="1.32" unit="g/cm^3" />
</composite>
<composite name="ABS-PVC">
<addmaterial material="Carbon"> <natoms n="15" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="17" /> </addmaterial>
<addmaterial material="Nitrogen"> <natoms n="1" /> </addmaterial>
<real name="density" value="1.11" unit="g/cm^3" />
</composite>
<composite name="Teflon">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Fluorine"> <natoms n="2" /> </addmaterial>
<real name="density" value="2.20" unit="g/cm^3" />
<real name="radlen" value="34.84" unit="g/cm^2" />
<real name="collen" value="64.2" unit="g/cm^2" />
<real name="abslen" value="93.0" unit="g/cm^2" />
<real name="dedx" value="1.671" unit="MeV/g/cm^2" />
</composite>
<composite name="Polyurethane">
<addmaterial material="Carbon"> <natoms n="25" /></addmaterial>
<addmaterial material="Hydrogen"> <natoms n="42" /></addmaterial>
<addmaterial material="Nitrogen"> <natoms n="2" /></addmaterial>
<addmaterial material="Oxygen"> <natoms n="6" /></addmaterial>
<real name="density" value="1.12" unit="g/cm^3" />
</composite>
<composite name="Pyrex">
<addmaterial material="Silicon"> <natoms n="15" /></addmaterial>
<addmaterial material="Boron"> <natoms n="2" /> </addmaterial>
<addmaterial material="Sodium"> <natoms n="1" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="33" /></addmaterial>
<real name="density" value="2.23" unit="g/cm^3" />
<real name="radlen" value="28.3" unit="g/cm^2" />
<real name="collen" value="66.2" unit="g/cm^2" />
<real name="abslen" value="97.6" unit="g/cm^2" />
<real name="dedx" value="1.695" unit="MeV/g/cm^2" />
</composite>
<composite name="CarbonFiber">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<real name="density" value="2.2650" unit="g/cm^3" />
<real name="radlen" value="42.70" unit="g/cm^2" />
<real name="collen" value="60.2" unit="g/cm^2" />
<real name="abslen" value="86.3" unit="g/cm^2" />
<real name="dedx" value="1.745" unit="MeV/g/cm^2" />
</composite>
<composite name="Ethane">
<addmaterial material="Carbon"> <natoms n="2" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="6" /> </addmaterial>
<real name="density" value=".001356" unit="g/cm^3" />
<real name="radlen" value="45.47" unit="g/cm^2" />
<real name="collen" value="55.8" unit="g/cm^2" />
<real name="abslen" value="75.7" unit="g/cm^2" />
<real name="dedx" value="2.304" unit="MeV/g/cm^2" />
</composite>
<composite name="Freon">
<addmaterial material="Carbon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Fluorine"> <natoms n="4" /> </addmaterial>
<real name="density" value=".003929" unit="g/cm^3" />
<real name="radlen" value="32.93" unit="g/cm^2" />
<real name="collen" value="65.5" unit="g/cm^2" />
<real name="abslen" value="95.3" unit="g/cm^2" />
<real name="dedx" value="1.675" unit="MeV/g/cm^2" />
</composite>
<composite name="CDchamberGas">
<addmaterial material="Argon">
<fractionmass fraction="0.474" />
</addmaterial>
<addmaterial material="CO2">
<fractionmass fraction="0.526" />
</addmaterial>
</composite>
<composite name="CopperKaptonEpoxy">
<addmaterial material="Copper">
<fractionmass fraction="0.21" />
</addmaterial>
<addmaterial material="Kapton">
<fractionmass fraction="0.38" />
</addmaterial>
<addmaterial material="EpoxyResin">
<fractionmass fraction="0.41" />
</addmaterial>
</composite>
<composite name="CopperKapton">
<addmaterial material="Copper">
<fractionmass fraction="0.335" />
</addmaterial>
<addmaterial material="Kapton">
<fractionmass fraction="0.665" />
</addmaterial>
</composite>
<composite name="CDCStrawMaterial">
<addmaterial material="Aluminum">
<fractionmass fraction="0.187" />
</addmaterial>
<addmaterial material="EpoxyResin">
<fractionmass fraction="0.165" />
</addmaterial>
<addmaterial material="Mylar">
<fractionmass fraction="0.648"/>
</addmaterial>
</composite>
<composite name="AluminumMesh">
<addmaterial material="Aluminum">
<fractionmass fraction="0.99877"/>
</addmaterial>
<addmaterial material="Air">
<fractionmass fraction="0.00123"/>
</addmaterial>
<real name="density" value="0.5816" unit="g/cm^3" />
</composite>
<composite name="AluminizedKapton">
<addmaterial material="Aluminum">
<fractionmass fraction="0.087" />
</addmaterial>
<addmaterial material="Kapton">
<fractionmass fraction="0.913" />
</addmaterial>
</composite>
<composite name="AluminizedMylarFilm">
<addmaterial material="Mylar">
<fractionmass fraction="0.967" />
</addmaterial>
<addmaterial material="Aluminum">
<fractionmass fraction="0.030" />
</addmaterial>
<addmaterial material="EpoxyResin">
<fractionmass fraction="0.000" />
</addmaterial>
<addmaterial material="Air">
<fractionmass fraction="0.003" />
</addmaterial>
<!-- The density here is deliberately depressed so that the thickness
of the mylar volume mocks up the following structure:
1. 6.3 microns of mylar
2. 0.1 microns of aluminum
3. 19.6 microns of air
The air is there to make the layer thick enough for the Geant
tracking code not to miss it due to fp rounding errors. -->
<real name="density" value="0.35" unit="g/cm^3" />
</composite>
<composite name="AluminizedMylar">
<addmaterial material="Aluminum">
<fractionmass fraction="0.071" />
</addmaterial>
<addmaterial material="Mylar">
<fractionmass fraction="0.929" />
</addmaterial>
<real name="density" value="1.47" unit="g/cm^3" />
</composite>
<composite name="AluminumComb">
<addmaterial material="Aluminum">
<fractionmass fraction="0.0378" />
</addmaterial>
<addmaterial material="Air">
<fractionmass fraction="0.9622" />
</addmaterial>
<real name="density" value="0.102" unit="g/cm^3" />
</composite>
<composite name="FDchamberGas">
<addmaterial material="Argon">
<fractionmass fraction="0.38" />
</addmaterial>
<addmaterial material="CO2">
<fractionmass fraction="0.62" />
</addmaterial>
</composite>
<composite name="FMWPCchamberGas">
<addmaterial material="Argon">
<fractionmass fraction="0.883" />
</addmaterial>
<addmaterial material="CO2">
<fractionmass fraction="0.117" />
</addmaterial>
</composite>
<composite name="CalciumTitanate">
<addmaterial material="Calcium"> <natoms n="1" /> </addmaterial>
<addmaterial material="Titanium"> <natoms n="1" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="3" /> </addmaterial>
<real name="density" value="3.70" unit="g/cm^3" />
</composite>
<composite name="HVcapacitorSolder">
<addmaterial material="CalciumTitanate">
<fractionmass fraction="0.90" />
</addmaterial>
<addmaterial material="Silver">
<fractionmass fraction="0.10" />
</addmaterial>
</composite>
<composite name="BC600epoxy">
<addmaterial material="Carbon"> <natoms n="60" /> </addmaterial>
<addmaterial material="Hydrogen"> <natoms n="79" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="3" /> </addmaterial>
<addmaterial material="Nitrogen"> <natoms n="2" /> </addmaterial>
<real name="density" value="1.18" unit="g/cm^3" />
</composite>
<composite name="leadScint">
<addmaterial material="BCF-12">
<fractionmass fraction="0.1036" />
</addmaterial>
<addmaterial material="Lead">
<fractionmass fraction="0.8619" />
</addmaterial>
<addmaterial material="BC600epoxy">
<fractionmass fraction="0.0345" />
</addmaterial>
<real name="density" value="4.87" unit="g/cm^3" />
<real name="radlen" value="7.19" unit="g/cm^2" />
</composite>
<composite name="leadGlassSF3">
<addmaterial material="Lead">
<fractionmass fraction="0.42" />
</addmaterial>
<addmaterial material="Silicon">
<fractionmass fraction="0.20" />
</addmaterial>
<addmaterial material="Potassium">
<fractionmass fraction="0.09" />
</addmaterial>
<addmaterial material="Sodium">
<fractionmass fraction="0.01" />
</addmaterial>
<addmaterial material="Oxygen">
<fractionmass fraction="0.28" />
</addmaterial>
<real name="density" value="3.60" unit="g/cm^3" />
</composite>
<composite name="leadGlassF800">
<addmaterial material="Lead">
<fractionmass fraction="0.6803" />
</addmaterial>
<addmaterial material="Silicon">
<fractionmass fraction="0.0877" />
</addmaterial>
<addmaterial material="Potassium">
<fractionmass fraction="0.0593" />
</addmaterial>
<addmaterial material="Sodium">
<fractionmass fraction="0.0060" />
</addmaterial>
<addmaterial material="Oxygen">
<fractionmass fraction="0.1667" />
</addmaterial>
<real name="density" value="3.61" unit="g/cm^3" />
</composite>
<composite name="SiliconDioxide">
<addmaterial material="Silicon"> <natoms n="1" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="2" /> </addmaterial>
<real name="density" value="2.60" unit="g/cm^3" />
</composite>
<composite name="BoricOxide">
<addmaterial material="Boron"> <natoms n="2" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="3" /> </addmaterial>
<real name="density" value="2.46" unit="g/cm^3" />
</composite>
<composite name="SodiumOxide">
<addmaterial material="Sodium"> <natoms n="2" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="1" /> </addmaterial>
<real name="density" value="2.27" unit="g/cm^3" />
</composite>
<composite name="AluminumOxide">
<addmaterial material="Aluminum"> <natoms n="2" /> </addmaterial>
<addmaterial material="Oxygen"> <natoms n="3" /> </addmaterial>
<real name="density" value="3.97" unit="g/cm^3" />
</composite>
<composite name="IronOxide">