Material Properties 5

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