<?xml version="1.0" ?>
<kinetics>
	<gaInputID>Ni3E1T_1440167610.850.052281</gaInputID>
	<composition>
		<chemicalElement>Al</chemicalElement>
		<value>0.175511811024</value>
		<unit>molar fraction</unit>
		<chemicalElement>Cr</chemicalElement>
		<value>0.162992125984</value>
		<unit>molar fraction</unit>
		<chemicalElement>Ni</chemicalElement>
		<value>0.661496062992</value>
		<unit>molar fraction</unit>
	</composition>
	<processTemperature>
		<value>1204.37254902</value>
		<unit>kelvin</unit>
	</processTemperature>
	<serviceTemperature>
		<value>973.0</value>
		<unit>kelvin</unit>
	</serviceTemperature>
	<initialNumberDensity>
		<value>4e+26</value>
		<unit>1/m^3</unit>
	</initialNumberDensity>
	<alloyDensity>
		<value>0.0</value>
		<unit>kg/m^3</unit>
	</alloyDensity>
	<eqVolumeFraction>
		<value>0.0</value>
	</eqVolumeFraction>
	<interfaceEnergy>
		<value>0.0</value>
		<unit>J/m^2</unit>
	</interfaceEnergy>
	<apbEnergy>
		<value>0.0</value>
		<unit>J/m^2</unit>
	</apbEnergy>
	<processingTime>
		<value>0.0</value>
		<unit>minutes</unit>
	</processingTime>
	<volumeFraction>
		<value>0.0</value>
	</volumeFraction>
	<averageRadius>
		<value>0.0</value>
		<unit>meter</unit>
	</averageRadius>
	<solidSolutionStress>
		<value>0.0</value>
		<unit>MPa</unit>
	</solidSolutionStress>
	<precipitateStress>
		<value>0.0</value>
		<unit>MPa</unit>
	</precipitateStress>
	<yieldStress>
		<value>0.0</value>
		<unit>MPa</unit>
	</yieldStress>
</kinetics>

