Rig Labview Data:

1)  Time (sec) - this is the time in seconds since start of each individual run
2)  Air massflow (kg/s) - this is the air massflow from the compressor measured using an orifice plate and a differential pressure sensor in the lab	
3)  Water flow (lpm) - this is the setting for the water flowing through the system into the atomizer nozzles in litres/minute measured using a flowmeter prior to injection into the nozzle	
4)  Supply air pressure (bar) - this is the air pressure from the main compressor supply in bar read using the pressure sensors in supply pipe at outlet of compressor	
5)  Pipe upstream pressure (bar) - this is the pressure at the upstream location in the 5m pipe within the rig read using a pressure sensor in bar, after nozzle injection point	
6)  Pipe downstream pressure (bar)- this is the pressure at the downstream location in the 5m pipe within the rig read using a pressure sensor in bar, before turbine inlet
7)  Pipe upstream temp (deg C)- this is the temperature at the upstream location in the 5m pipe within the rig read using a thermocouple in deg C, after nozzle injection point	
8)  Pipe downstream temp (deg C) - this is the temperature at the downstream location in the 5m pipe within the rig read using a thermocouple in deg C, before turbine inlet	
9)  Turbo exhaust temp (deg C) - this is the temperature at the turbine exhaust read using a protected/insulated thermocouple in deg C	
10) Turbo oil temp (deg C) - this is the temperature of the oil flow on it's return path to the oil tank used in conjuction with the turbocharger in deg C
11) Supply air temp (deg C)	- this is the temperature from the main compressor supply in deg C read using the thermocouples in supply pipe at outlet of compressor	
12) Turbo RPM - this is the turbine rpm read using a turbine speed sensor and probe setup
13) Relative Humidity (%) - this is the relative humidity before the turbine inlet in RH% read using a Chilled Mirror inserted into the rig airflow
14) RH RTD temp (deg C) - this is the temperature read by the chilled mirror for the RH calculations