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Figure 1: Saturation Properties at 1atm
FC-87
FC-72
FC-84
FC-77 FC-43
Property
FC-40
Boiling point [C]
f [kg/m3]
v [kg/m3]
 [kg/ms]
cp [J/kg-K]
hfg [J/kg]
K [W/m-K]
 [N/m]
 [1/K]
Dielectric Constant
Molelular Weight [kg/kmole]
CHF [W/cm2]
100
83
56
30
156.6
1590
1575
1592
1633
1870
13.28 14.31
12.68
11.58
25
2.47E-3 4.20E-4 4.5E-4 4.2E-4 4.5E-4
1172
1130
1088
1088
1252.8
79553 83740
87927
87927
71162
6.38E-2 5.51E-2 5.45E-2 5.35E-2 5.7E-2
8E-3
16E-3 8.90E-3 8.5E-3 7.7E-3
1.12E-3 1.5E-3 1.5E-3 1.4E-3 1.2E-3
1.75
1.71
1.72
1.71
1.83
438
388
338
288
650
13.53 15.00
14.86
14.76
21.9
R-113
Water
100
48
172
958
1511
1545
0.59
7.4
18.35
2.7E-4
3.9E-4 5.03E-4
4184
979
1255
71179 146824 2257044
6.5E-2 7.02E-2 6.83E-1
4.5E-3 1.47E-2 5.89E-2
2E-4 0.75E-3
1.7E-3
78
2.4
1.68
18
187
670
135.7
23
11.66
Figure 2: Liquid Module Design
Open to Air
Water-Cooled Condenser
Cooling Water
Brass Rod Electrodes/Supports
Cooling Water
Acrylic “Box”
Semi-Flexible Hose
Liquid Thermocouple
Platinum Wire
Figure 3: Experimental System
lamp
condenser
cooling water
Vs
shunt resistor
Vwire
main
power supply
thermocouple
ice reference
Vtc
camera