CoolWare v7.3.0Registered To: Johnson Controls China Huang Jian
Customer Name Reference Data 2008-7-5良好的开端
End Ur Name Item Refrigerant Props 7Atmospheric Pressure 1.014 bar Project Elevation0 m Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-83.00 °C Dynamic Viscosity0.0157 cPs Critical Pressure45.988 bara Pressure45.680 bara Kinematic Viscosity0.0587 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.00374 m3/kg Specific Heat Cp26.3051 kJ/kg-K Thermal Conductivity0.5242 W/m-°C Enthalpy29.96 kJ/kg Specific Heat Cv 2.0986 kJ/kg-K Acoustic Velocity441.8 m/c Entropy7.0385 kJ/kg-K Specific Heat Ratio12.5347Surface Tension
Internal Energy12.86 kJ/kg Compressibility Z0.1735Molecular Weight16.04背部训练动作
Density267.13 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-85.00 °C Dynamic Viscosity0.0115 cPs Critical Pressure45.988 bara Pressure42.876 bara Kinematic Viscosity0.1238 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.01078 m3/kg Specific Heat Cp-11.5153 kJ/kg-K Thermal Conductivity0.0517 W/m-°C Enthalpy217.67 kJ/kg Specific Heat Cv 2.0541 kJ/kg-K Acoustic Velocity221.3 m/c Entropy8.0379 kJ/kg-K Specific Heat Ratio-5.6059Surface Tension
Internal Energy171.47 kJ/kg Compressibility Z0.4738Molecular Weight16.04
Density92.81 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-90.00 °C Dynamic Viscosity0.0095 cPs Critical Pressure45.988 bara Pressure36.520 bara Kinematic Viscosity0.1361 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.01430 m3/kg Specific Heat Cp18.5197 kJ/kg-K Thermal Conductivity0.0376 W/m-°C Enthalpy240.16 kJ/kg Specific Heat Cv 2.0064 kJ/kg-K Acoustic Velocity240.4 m/c Entropy8.2016 kJ/kg-K Specific Heat Ratio9.2304Surface Tension
Internal Energy187.94 kJ/kg Compressibility Z0.5502Molecular Weight16.04踌躇不前
Density69.93 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-95.00 °C Dynamic Viscosity0.0088 cPs Critical Pressure45.988 bara Pressure30.954 bara Kinematic Viscosity0.1600 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.01813 m3/kg Specific Heat Cp7.3842 kJ/kg-K Thermal Conductivity0.0311 W/m-°C Enthalpy252.82 kJ/kg Specific Heat Cv 1.9645 kJ/kg-K Acoustic Velocity253.5 m/c Entropy8.3213 kJ/kg-K Specific Heat Ratio 3.7588Surface Tension
Internal Energy196.70 kJ/kg Compressibility Z0.6078Molecular Weight16.04
Density55.16 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-100.00 °C Dynamic Viscosity0.0082 cPs Critical Pressure45.988 bara Pressure26.067 bara Kinematic Viscosity0.1850 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.02257 m3/kg Specific Heat Cp 5.2156 kJ/kg-K Thermal Conductivity0.0272 W/m-°C Enthalpy260.48 kJ/kg Specific Heat Cv 1.9266 kJ/kg-K Acoustic Velocity263.2 m/c Entropy8.4213 kJ/kg-K Specific Heat Ratio 2.7072Surface Tension
Internal Energy201.65 kJ/kg Compressibility Z0.6556Molecular Weight16.04
Density44.31 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-105.00 °C Dynamic Viscosity0.0076 cPs Critical Pressure45.988 bara Pressure21.782 bara Kinematic Viscosity0.2115 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.02789 m3/kg Specific Heat Cp 4.2658 kJ/kg-K Thermal Conductivity0.0245 W/m-°C Enthalpy264.98 kJ/kg Specific Heat Cv 1.8916 kJ/kg-K Acoustic Velocity270.4 m/c Entropy8.5106 kJ/kg-K Specific Heat Ratio 2.2552Surface Tension
梦见桃子是什么意思
Internal Energy204.24 kJ/kg Compressibility Z0.6970Molecular Weight16.04
Density35.86 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-115.00 °C Dynamic Viscosity0.0067 cPs Critical Pressure45.988 bara Pressure14.789 bara Kinematic Viscosity0.2827 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.04250 m3/kg Specific Heat Cp 3.3633 kJ/kg-K Thermal Conductivity0.0208 W/m-°C Enthalpy267.69 kJ/kg Specific Heat Cv 1.8282 kJ/kg-K Acoustic Velocity279.8 m/c Entropy8.6742 kJ/kg-K Specific Heat Ratio 1.8396Surface Tension
朗读的好处Internal Energy204.84 kJ/kg Compressibility Z0.7668Molecular Weight16.04
Density23.53 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-120.00 °C Dynamic Viscosity0.0063 cPs Critical Pressure45.988 bara Pressure11.985 bara Kinematic Viscosity0.3341 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.05277 m3/kg Specific Heat Cp 3.1063 kJ/kg-K Thermal Conductivity0.0194 W/m-°C Enthalpy266.77 kJ/kg Specific Heat Cv 1.7993 kJ/kg-K Acoustic Velocity282.5 m/c Entropy8.7535 kJ/kg-K Specific Heat Ratio 1.7265Surface Tension
Internal Energy203.53 kJ/kg Compressibility Z0.7968Molecular Weight16.04
Density18.95 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C
Temperature-125.00 °C Dynamic Viscosity0.0061 cPs Critical Pressure45.988 bara Pressure9.585 bara Kinematic Viscosity0.4003 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.06603 m3/kg Specific Heat Cp 2.9115 kJ/kg-K Thermal Conductivity0.0182 W/m-°C Enthalpy264.67 kJ/kg Specific Heat Cv 1.7720 kJ/kg-K Acoustic Velocity284.1 m/c Entropy8.8335 kJ/kg-K Specific Heat Ratio 1.6431Surface Tension
Internal Energy201.39 kJ/kg Compressibility Z0.8242Molecular Weight16.04
Density15.15 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-130.00 °C Dynamic Viscosity0.0058 cPs Critical Pressure45.988 bara Pressure7.552 bara Kinematic Viscosity0.4861 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.08342 m3/kg Specific Heat Cp 2.7577 kJ/kg-K Thermal Conductivity0.0170 W/m-°C Enthalpy261.54 kJ/kg Specific Heat Cv 1.7463 kJ/kg-
K Acoustic Velocity284.7 m/c Entropy8.9154 kJ/kg-K Specific Heat Ratio 1.5792Surface Tension
Internal Energy198.54 kJ/kg Compressibility Z0.8492Molecular Weight16.04
Density11.99 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-135.00 °C Dynamic Viscosity0.0056 cPs Critical Pressure45.988 bara Pressure 5.851 bara Kinematic Viscosity0.5979 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.10671 m3/kg Specific Heat Cp 2.6332 kJ/kg-K Thermal Conductivity0.0160 W/m-°C Enthalpy257.51 kJ/kg Specific Heat Cv 1.7224 kJ/kg-K Acoustic Velocity284.5 m/c Entropy9.0005 kJ/kg-K Specific Heat Ratio 1.5288Surface Tension
Internal Energy195.07 kJ/kg Compressibility Z0.8720Molecular Weight16.04
Density9.37 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-140.00 °C Dynamic Viscosity0.0054 cPs Critical Pressure45.988 bara Pressure 4.447 bara Kinematic Viscosity0.7456 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.13854 m3/kg Specific Heat Cp 2.5305 kJ/kg-K Thermal Conductivity0.0150 W/m-°C Enthalpy252.65 kJ/kg Specific Heat Cv 1.7003 kJ/kg-
K Acoustic Velocity283.4 m/c Entropy9.0902 kJ/kg-K Specific Heat Ratio 1.4882Surface Tension
Internal Energy191.04 kJ/kg Compressibility Z0.8928Molecular Weight16.04
Density7.22 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-145.00 °C Dynamic Viscosity0.0052 cPs Critical Pressure45.988 bara Pressure 3.307 bara Kinematic Viscosity0.9442 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.18308 m3/kg Specific Heat Cp 2.4451 kJ/kg-K Thermal Conductivity0.0142 W/m-°C Enthalpy247.05 kJ/kg Specific Heat Cv 1.6803 kJ/kg-K Acoustic Velocity281.6 m/c Entropy9.1859 kJ/kg-K Specific Heat Ratio 1.4551Surface Tension
Internal Energy186.51 kJ/kg Compressibility Z0.9115Molecular Weight16.04
Density 5.46 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-150.00 °C Dynamic Viscosity0.0049 cPs Critical Pressure45.988 bara Pressure 2.398 bara Kinematic Viscosity 1.2173 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.24706 m3/kg Specific Heat Cp 2.3738 kJ/kg-K Thermal Conductivity0.0133 W/m-°C Enthalpy240.74 kJ/kg Specific Heat Cv 1.6626 kJ/kg-
K Acoustic Velocity279.1 m/c Entropy9.2889 kJ/kg-K Specific Heat Ratio 1.4277Surface Tension
Internal Energy181.50 kJ/kg Compressibility Z0.9282Molecular Weight16.04
Density 4.05 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-155.00 °C Dynamic Viscosity0.0047 cPs Critical Pressure45.988 bara Pressure 1.690 bara Kinematic Viscosity 1.6039 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.34172 m3/kg Specific Heat Cp 2.3148 kJ/kg-K Thermal Conductivity0.0125 W/m-°C Enthalpy233.79 kJ/kg Specific Heat Cv 1.6475 kJ/kg-K Acoustic Velocity276.0 m/c Entropy9.4011 kJ/kg-K Specific Heat Ratio 1.4050Surface Tension
Internal Energy176.05 kJ/kg Compressibility Z0.9430Molecular Weight16.04
Density 2.93 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-160.00 °C Dynamic Viscosity0.0045 cPs Critical Pressure45.988 bara Pressure 1.152 bara Kinematic Viscosity 2.1699 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.48656 m3/kg Specific Heat Cp 2.2666 kJ/kg-K Thermal Conductivity0.0118 W/m-°C Enthalpy226.24 kJ/kg Specific Heat Cv 1.6354 kJ/kg-K
Acoustic Velocity272.1 m/c Entropy9.5243 kJ/kg-K Specific Heat Ratio 1.3860Surface Tension
廉洁观后感
芦笋怎么处理Internal Energy170.18 kJ/kg Compressibility Z0.9559Molecular Weight16.04梦到拉屎
Density 2.06 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-162.00 °C Dynamic Viscosity0.0044 cPs Critical Pressure45.988 bara Pressure0.978 bara Kinematic Viscosity 2.4701 cSt Critical Specific Volume0.00623 m3/kg Specific Volume0.56566 m3/kg Specific Heat Cp 2.2502 kJ/kg-K Thermal Conductivity0.0115 W/m-°C Enthalpy223.06 kJ/kg Specific Heat Cv 1.6314 kJ/kg-K Acoustic Velocity270.4 m/c Entropy9.5772 kJ/kg-K Specific Heat Ratio 1.3793Surface Tension
Internal Energy167.73 kJ/kg Compressibility Z0.9605Molecular Weight16.04
Density 1.77 kg/m3
Refrigerant R50Quality 1.000Critical Temperature-82.60 °C Temperature-165.00 °C Dynamic Viscosity0.0042 cPs Critical Pressure45.988 bara
Pressure0.756 bara Kinematic Viscosity 3.0323 cSt Critical Specific Volume0.00623 m3/kg Specific
Volume0.71694 m3/kg Specific Heat Cp 2.2284 kJ/kg-K Thermal Conductivity0.0111 W/m-°C Enthalpy218.12 kJ/kg Specific Heat Cv 1.6265 kJ/kg-K Acoustic Velocity267.7 m/c Entropy9.6610 kJ/kg-K Specific Heat Ratio 1.3701Surface Tension
Internal Energy163.93 kJ/kg Compressibility Z0.9668Molecular Weight16.04
Density 1.39 kg/m3
Disclaimer: the information contained in this program is subject to change without notice. Frick rerves the right to final verification of all rating results.
