"TESICA_RS_2018.zip" contains relevant data to the publication referenced below. File contents are as follows:

01_10MHz_Prototype_S11.S1P:
	Measured S11 of prototype 10MHz antenna shown in section 2.
02_10MHz_Prototype_Pulse_Data.csv:
	Measured voltage, current, and field magnitude of 10MHz prototype antenna under pulsed conditions. Charging voltage: 100V.
	1: Time
	2: Excitation Voltage (x 0.8, voltage probe measured high)
	3: Excitation Current (x -2, measured with Pearson current monitor)
	4: Measured Magnetic Field (magnetic loop EM-6872, 40ft above antenna)
03_Coupling_Tune_EM_Simulation.cst:
	CST MWS 2014 simulation of 10MHz antenna to extract EM characteristics relevant to coupling tuning. Section 5.3
	In particular: resonant frequency, current in CLL, voltage across gap, bandwidth, minimum S11, SLA angle needed to match
04_Coupling_Tune_SPICE.opj:
	PSPICE model of antenna used to obtain characteristics to compare to CST simulation.
05_CouplingTune.csv:
	Extracted data from both CST and SPICE models.
06_Horizontal_Gap_Simulation.cst:
	CST MWS 2014 simulation of the horizontal gap design shown in section 5.1.
07_Array_Simulation.cst
	CST MWS 2014 simulation of a 2x2 array to extract mutual coupling characteristics as described in section 4.2.

For more information regarding this data please refer to the following publication:
B. Esser, D. Mauch, J. Dickens, J. Mankowski, A. Neuber, "Tunable, Electrically Small, Inductively Coupled Antenna for Transportable Ionospheric Heating," Radio Science, Submitted 2018

It is requested that the above publication be referenced should this data be used.

Email: ben.esser@ttu.edu; andreas.neuber@ttu.edu