Table 1.

Physical properties used in this study [19-24,29,35-41]

Property	Material	Value	Source
Viscosity	VS55	η = 1.21 × 104 Pa-s;−100°C < T η = 4.2783 × 10−23 e−0.6091T Pa-s; −140°C < T < −100°C η = 4.63 × 1014 Pa-s; T ° −140°C	[29]
	7.05M DMSO	η = 1.77 × 104 Pa-s;−110°C < T η = 2.8190 × 10−27 e−0.6447T; −147°C < T < −110°C η = 4.06 × 1014 Pa-s; T < −147°C	[29]
	DP6	η = 5.11 × 104 Pa-s;−100°C < T η = 5.6503 × 10−23 e−0.6207T; −137°C < T < −100°C η =4.82 × 1014 Pa-s; T < −137°C	[29]
Glass Transition Temperature (DSC)	VS55	−123°C	[19]
	7.05M DMSO	−132°C	[30]
	DP6	−119°C	[19]
Density	VS55	1100 kg/m3	[35]
	Container	1075 kg/m3	[36]
Thermal Conductivity	VS55	0.3 W/m−°C	[37]
	Container	−0.01274T + 0.02 W/m°C	[38]
Specific Heat	VS55	2400 J/kg−°C	[39]
	Container	03.936T + 1121.1 J/Kg−°C	[36]
Thermal Expansion	VS55	1.1 × 10−4 °C−1	[19-21,23]
	Container	0.7 × 10−4 °C−1	[40]
Young’s Modulus	VS55	800 × 106 Pa	[22,24]
	Container	3.45 × 109 Pa	[41]
Poisson’s Ratio	VS55	0.25	Assumed
	Container	0.35	[41]