Why Isn't My Coil Simulation Achieving the Expected 8pT Signal in Maxwell?

[azita3285]

hello every one

i want too simulate a coil with with Maxwell and transient solution type:
this coil is in a paper and i want to simulate it

i attach the coil properties. in this paper the dimension of coil is given such:

diameret:12cm; length=84cm; moment=30a-m^2; construction= 16 turns AWG#12; coil voltage=65Vrms=91Vpeak; frequency=575hz; depth rating=30m
and @ 50 meter from this antenna we have 8pT signal

i calculate the equivalent circuit:
you know the AWG#12 diameter is 2.053mm and has 5.211 mohm/m, and as we say, the coil voltage is 91v, so we have:

Rcoil=30.85mohm; Lcoil=.15mH

i simulate the coil with the thickness of 2.053 which is the same of diameter of wire.
so i simulate it with two type of winding (voltage and external)

1) in voltage type i fill in the blanks such these:
initial current=0 ; resistance=30.85mohm, inductance=.15mH , voltage=91*cos(2*pi*575*time)
i run this but i don't achieve the 8pT signal @ 50 meter from antenna. i attache it by the name of coil with voltage

2) external: in this type i create an external circuit with maxwel circuit editor and import it in the maxwell. i attach the circuit and the maxwell simulation with the names of circuit and coil with external circuit.

i run this but i don't achieve the 8pT signal @ 50 meter from antenna.

another question is that what value i have to select for the resistance which is series with the sinusoidal source? this value has deep effect in my result.
please help me and suggest me some solution, i don;t have time and i have to simulate it :( :(
thank you

 

[berkeman]

construction= 16 turns AWG#12; coil voltage=65Vrms=91Vpeak; frequency=575hz;

Rcoil=30.85mohm; Lcoil=.15mH

That inductance at 575Hz has a very low reactance (sub-Ohm). Are you sure the frequency isn't more like 575kHz? That construction with so few turns with that large excitation voltage don't seem to line up, IMO.