plasmatest
{
 Plasma in a simple magnetic mirror
}
Variables
{
	nplasma = 1.0e12
}
Region
{
Grid
{
	Geometry = 0
	J = 128
	x1s = 0.0
	x1f = 0.6
	n1 = 1.0
	K = 32
	x2s = 0.0
	x2f = 0.15
	n2 = 1.0
	Rule
	{
	 Limit
	 n1 < 0.25
	 Fatal -- n1 < 0.25 grid spacing too nonuniform to ensure accuracy
	}
	Rule
	{
	 Algebra
	 J * K > 10000
	 Warning -- J*K >= 10000 may mean memory problems!
	}
}
Control
{
	dt = 5.0E-12
//      B01 = 1.0
	initPoissonSolve = 1
	NonRelativisticFlag = 0 // 1=>nonrel, 0=> relativistic kinematics
	Rule
	{
	 Limit
	 dt <= 0.0
	 Fatal -- time step must be positive
	}
}
Species
{
        name = electron
        m = 9.11E-31
        q = -1.602e-19
}
Species
{
	name = proton
	m = 1.673e-27
	q = 1.602e-19
}
VarWeightLoad
{
//	units = eV
//	temperature = 100.0
//	v1thermal = 57.7
//	v2thermal = 57.7
//	v3thermal = 57.7
	units = MKS
	temperature = 4.2e6
//	density = 1.0e12
	x1MinMKS = 0.10
	x1MaxMKS = 0.45
	x2MinMKS = 0.00
	x2MaxMKS = 0.1
	np2c = 2.5e5
	speciesName = electron
	analyticF = (1.0e12)*step(0.05^2-(x1-0.3)^2-x2^2) 
	LoadMethodFlag = 0
}
VarWeightLoad
{
//	units = eV
//	temperature = 100.0
//	v1thermal = 57.7
//	v2thermal = 57.7	
//	v3thermal = 57.7
	units = MKS
	temperature = 9.8e4
//	density = 1.0e12
	x1MinMKS = 0.15
	x1MaxMKS = 0.45
	x2MinMKS = 0.00
	x2MaxMKS = 0.10	
	np2c = 2.5e5
	speciesName = proton
	analyticF = (1.0e12)*step(0.05^2-(x1-0.3)^2-x2^2) 
	LoadMethodFlag = 0
}
Conductor
{
	A1 = 0
	A2 = 0
	B1 = 0
	B2 = 0.15
	normal = 1
}
Conductor
{
	A1 = 0
	A2 = 0.15
	B1 = 0.6
	B2 = 0.15
	normal = -1
}
Conductor
{
	A1 = 0.6
	A2 = 0.15
	B1 = 0.6
	B2 = 0.0
	normal = -1
}
CylindricalAxis
{
	A1 = 0.0
	A2 = 0.0
	B1 = 0.6
	B2 = 0.0
	normal = 1
}
}