In the enclosed Excel-File "measurement and evaluated data" are the measurement data and the evaluated data used for this publication.
The measurement data are colored in white. 
The different datasets are separated from each other by a header.
The datasets are for different system pressures.

The data of all the temperature sensor installed in the experimental setup is shown.
Only a few temperature sensors are needed to evaluate the data. You will find the necessary sensors due to the equations in the evaluated data cells.

The evaluated data are colored in yellow.

The calculated data for the Gorenflo correlation (VDI Heat Atlas. Springer reference. Berlin, Heidelberg: Springer 2010) and the evaluated data for comparison is colored in green.

The header consists of the following data:

T cell gasphase 			The temperature of the gas inside the boiling cell
T cell liqphase1			The temperature of the liquid inside the boiling cell (is broken for a couple of measurements)
T cell liqphase2			The temperature of the liquid inside the boiling cell
T cell liqphase3			The temperature of the liquid inside the boiling cell
T condensed liquid			The temperature of the condensed liquid between the condenser and the boiling cell.
room temp.				Room temperature
room temp.				Room temperature
T copper lower				The temperature inside the copper cylinder closer to the ceramic heater.
T copper higher				The temperature inside the copper cylinder closer to the boiling surface.
T copper control			The temperature inside the copper cylinder. A safety thermocouple in case the copper gets too hot.
T cell liqphase5 (thermocouple)		The temperature of the liquid inside the boiling cell
T condenser 2 gasphase			The temperature of the gas before entering the second condenser pipe (the condenser consists of two parallel pipes)
T wall					The temperature inside the copper cylinder right below the boiling surface
T condenser 1 gasphase			The temperature of the gas before entering the first condenser pipe (the condenser consists of two parallel pipes)
T condenser 1 cooling water in		The temperature of the cooling/heating liquid before it enters the shell of the first condenser pipe (the condenser consists of two parallel pipes)
T condenser 1 cooling water out		The temperature of the cooling/heating liquid after it leaves the shell of the first condenser pipe (the condenser consists of two parallel pipes)
T auxiliary cooling circuit		The temperature of the auxiliary cooling circuit
T condenser 2 cooling water out		The temperature of the cooling/heating liquid after it leaves the shell of the second condenser pipe (the condenser consists of two parallel pipes)
T cell cooling water in			The temperature of the cooling/heating liquid before it enters the shell of the boiling test cell
T pipe superheat			The temperature of the pipe leading to the condenser
T condenser 2 cooling water in		The temperature of the cooling/heating liquid before it enters the shell of the first condenser pipe (the condenser consists of two parallel pipes)
T cell cooling water out		The temperature of the cooling/heating liquid after it leaves the shell of the boiling test cell
T auxiliary cooling in			The temperature of the auxiliary cooling circuit
T copper control			The temperature inside the copper cylinder. A safety thermocouple in case the copper gets too hot.
pressure sensor				The pressure inside the boiling test cell
voltage					The voltage supply for the ceramic heater
current					The current supply for the ceramic heater
q el					The heat supplied by the ceramic heater
Tsat					The saturation temperature
T wand					The wall temperature
DT					The wall superheat
HTC					The heat transfer coefficient
