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103 lines
3.9 KiB
Python
103 lines
3.9 KiB
Python
#!/usr/bin/python
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import sys
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import CoolProp.CoolProp as CP
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#print "{0:14.8f}".format(CP.Props('V','D',13,'P',500,'n-Pentane'))
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#print "{0:14.8f}".format(CP.Props('V','H',158,'P',1000,'TX22'))
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#T = 300
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T = float(sys.argv[1])
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P = float(sys.argv[2])
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print "Temperature: "+str(T)
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print "Pressure: "+str(P)
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print
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print "Viscosity: "
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print "{0:14.8f}".format(CP.Props('V','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('V','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('V','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('V','T',T,'P',P,'water'))
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#print
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#print "{0:14.8f}".format(CP.Props('L','D',13,'P',500,'n-Pentane'))
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#print "{0:14.8f}".format(CP.Props('L','H',158,'P',P,'TX22'))
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print
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print "Conductivity: "
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print "{0:14.8f}".format(CP.Props('L','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('L','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('L','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('L','T',T,'P',P,'water'))
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print
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print "Density: "
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print "{0:14.8f}".format(CP.Props('D','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('D','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('D','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('D','T',T,'P',P,'water'))
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print
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print "Capacity: "
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print "{0:14.8f}".format(CP.Props('C','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('C','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('C','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('C','T',T,'P',P,'water'))
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print
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print "Enthalpy: "
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print "{0:14.8f}".format(CP.Props('H','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('H','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('H','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('H','T',T,'P',P,'water'))
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print
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print "Internal energy: "
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print "{0:14.8f}".format(CP.Props('U','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('U','T',T,'P',P,'MEG-20%'))
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print "-"#"{0:14.8f}".format(CP.Props('U','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('U','T',T,'P',P,'water'))
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print
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print "Entropy: "
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print "{0:14.8f}".format(CP.Props('S','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('S','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('S','T',T,'P',P,'EG-20%'))
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print "{0:14.8f}".format(CP.Props('S','T',T,'P',P,'water'))
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print
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print "Freezing point: "
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print "{0:14.8f}".format(CP.Props('Tfreeze','T',T,'P',P,'SecCoolSolution-20%'))
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print "{0:14.8f}".format(CP.Props('Tfreeze','T',T,'P',P,'MEG-20%'))
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print "{0:14.8f}".format(CP.Props('F','T',T,'P',P,'EG-20%'))
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print
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print "TX22: "
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print "{0:14.8f}".format(CP.Props('H','T',T+50,'P',P,'TX22'))
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print "{0:14.8f}".format(CP.Props('U','T',T+50,'P',P,'TX22'))
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print "{0:14.8f}".format(CP.Props('S','T',T+50,'P',P,'TX22'))
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print
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#print "HCB: "
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#print "{0:14.8f}".format(CP.Props('H','T',T+50,'P',P,'HCB'))
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#print "{0:14.8f}".format(CP.Props('U','T',T+50,'P',P,'HCB'))
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#print "{0:14.8f}".format(CP.Props('S','T',T+50,'P',P,'HCB'))
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#print
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#print CP.Props('T','D',13,'P',500,'n-Pentane')
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#print 378.29349366868433
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#print
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#print CP.Props('D','T',373,'P',500,'n-Pentane')
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#print 13.28572300574231
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#print
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#print CP.Props('C','T',375,'P',1000,'TX22')
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#print 2.1829549872783205
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#print
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#print CP.Props('H','T',375,'P',1000,'TX22')
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#print 158.1306573393763
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#print
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#print CP.Props('C','H',158,'P',1000,'TX22')
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#print 2.18273570194
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#print
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#print CP.Props('C','T',275,'P',1000,'TestSolution-20%')
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#print 4.0917018571
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#print
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#print CP.Props('H','T',275,'P',1000,'TestSolution-20%')
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#print -93.759593807
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#print
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#print CP.Props('C','H',-94,'P',1000,'TestSolution-0.2')
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#print 4.09169432982
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#print
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#print CP.Props('C','T',275,'P',1000,'EG-20%')
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#print 4.07399544409
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#print
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#print CP.Props('H','T',275,'P',1000,'EG-20%')
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#print -5.8439608317
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#print
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#print CP.Props('C','H',-5.8,'P',1000,'EG-20%')
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#print 4.07402880961 |