Peltier
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Material Properties

Peltier
 
Material Properties 5Material Properties 5Material Properties 5Material Properties 5Material Properties 5Material Properties 5
 

M N O

Material
Density
Thermal Conductivity
Specific Heat
Melting Point
Boiling Point
Thermal Expansion
Magnesium 1740 kg/m3 156 w/m K 1024 J/Kg K 923 K - -
Mg AZ218 1.85 g/cm3 76 w/m K 1000 J/Kg K - - 25.2 x 10-6 cm/cm/C
Moly TZM 10.2 g/cm3 146 w/m K 272 J/Kg K - - 5.0 x 10-6 cm/cm/C
Molybdenum 10240 kg/m3 142 w/m K 251 J/Kg K 2894 K - 4.9 x 10-6 cm/cm/C
Nichrome (80%Ni 20%Cr) 8400 kg/m3 12 w/m K 420 J/Kg K 1728 K - -
Nickel (pure) 8900 kg/m3 90.7 w/m K 444 J/Kg K 1728 K - 11.9 x 10-6 cm/cm/C
Niobium 8570 kg/m3 53.7 w/m K 265 J/Kg K 2741 K - -
Nitrogen (200K) 1.6883 kg/m3 0.0183 w/m K 1043 J/Kg K - - -
Nitrogen (250K) 1.3488 kg/m3 0.0222 w/m K 1042 J/Kg K - - -
Nitrogen (300K) 1.1233 kg/m3 0.0259 w/m K 1041 J/Kg K - - -
Nitrogen (350K) 0.9625 kg/m3 0.0293 w/m K 1042 J/Kg K - - -
Nitrogen (400K) 0.8425 kg/m3 0.0327 w/m K 1045 J/Kg K - - -
Nitrogen (450K) 0.7485 kg/m3 0.0358 w/m K 1050 J/Kg K - - -
Nitrogen (500K) 0.6739 kg/m3 0.0389 w/m K 1056 J/Kg K - - -
             
Material
Density
Thermal Conductivity
Specific Heat
Melting Point
Boiling Point
Thermal Expansion
             

 

 

 

 

 

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