Table 1.

Material properties used for thermal analysis in the current study (temperature is in °C).

Material	Property	Value
7.05M DMSO	Density, kg/m3	ρ = 1058 − 0.41 T [16]
	Specific Heat, J/kg °C	Eq. (3) [*]
	Thermal Conductivity, W/m °C	k = 0.899 + 1.01×10−2 T [*]	−60°C < T < 25°C @ 50°C/min
		k = 0.694 + 6.65×10−3 T [*]	−60°C < T < 25°C @ 20°C/min
		k = 0.609 + 5.24×10−3 T [*]	−60°C < T < 25°C @ 10°C/min
		k = 0.546 + 4.18×10−3 T [*]	−60°C < T < 25°C @ 5°C/min
		k = 0.332 + 6.12×10−4 T [5]	−60°C < T < 25°C, Intrinsic
		k = 0.312 + 2.54×10−4 T [3]	−170°C < T < 60°C, Intrinsic
Polystyrene Cuvette	Density, kg/m3	ρ = 1055 − 0.26 T [22]
	Specific Heat, J/kg °C	Cp = 1121 + 3.94 T [11]
	Thermal Conductivity, W/m °C	k = 0.14 + 1.3×10−4 T [34]
Quartz Cuvette	Density, kg/m3	ρ = 2655 − 0.75 T [18]
	Specific Heat, J/kg °C	Cp = 692.89 + 1.852 T − 0.0031 T2 + 4.902×10−6 T3 [19]
	Thermal Conductivity, W/m °C	k = 6.57 + 0.016 T [28]
Polyethylene Tape	Density, kg/m3	ρ = 931 − 0.49 T − 0.00091 T2 [14]
	Specific Heat, J/kg °C	Cp = 1031 + 3.57 T − 0.014 T2 − 6.17×10−5 T3 [10]
	Thermal Conductivity, W/m °C	k = 0.39 + 5.2×10−4 T [29]

^[*]Parametric estimation in the current study