Dear Pierre,
I am already very grateful for your help.
Now that I have been able to convert some data and know what my energy input should be for the different fluids. I now have to go to the next step: sizing the heated surface.
I have read the following: By equating the 2 equations for Q...
Dear Pierre,
Based on your answer for the Cp for DMC I have tried to determine the Cp for Ethylene Carbonate (EC).
I made the following calculation:
EC mol mass = 88,06 g/mol -> 1.000/88,06 = 11,356 mol/kg.
Cp = 158,51 J/mol K
Cp = 0,15851 kJ/mol x 1 kJ x 11,1356 mol/kg = 1,80 kJ/kg.
I...
Dear All,
I am looking for the specific heat capacity (Cp) in kJ/(kg.˚C) for Dimethyl Carbonate (DMC). I have found the molar heat capacity in a database, but this is expressed in Kelvin: 261 – 540 K.
For my calculation I need it expressed in kJ/(kg.˚C). Someone has told me I can also use the...
