psd3{  jlk hollow cathode }Species{        ID = 0        m = 9.11E-31        q = -1.6E-19}Species{        ID = 1        m = 7.288E-28        q = 1.6E-19}Grid{	J = 30	x1s = 0.0	x1f = 0.02	n1 = 1.0	K = 15	x2s = 0.0	x2f = 0.01	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 = 1.0E-11	ElectrostaticFlag = 1	BoltzmannFlag = 0	BoltzmannDensity = .5e14	BoltzmannCharge = -1	BoltzmannTemp = 1	BoltzmannSourceFlag = 0	BoltzmannChargeRatio = 1	gasPressure = 0.1 	eCollisionalFlag = 1	B01 = 0e-1}Conductor{	j1 = 0	k1 = 0	j2 = 0	k2 = 15	normal = 1	secondary = 0.3	secSpeciesID = 0	iSpeciesID = 1}Conductor{	j1 = 0	k1 = 15	j2 = 30	k2 = 15	normal = -1	secondary = 0.3	secSpeciesID = 0	iSpeciesID = 1}Conductor{        j1=15        k1=15        j2=15        k2= 2        normal=-1        secondary= 0.3        secSpeciesID = 0        iSpeciesID= 1}Equipotential{	C = 2000	frequency = 6.28E5	phase = 0	trise = 0	tpulse = 15e-9	tfall = 1e-9	a1 = 1	a0 = 0	j1 = 30	j2 = 30	k1 = 0	k2 = 15	normal = -1}Dielectric{	er = 1.0	j1 = 15	j2 = 30	k1 = 2	k2 = 2	normal = -1}CylindricalAxis{	j1 = 0	k1 = 0	j2 = 30	k2 = 0	normal = 1}Load{	zMinMKS = 0.00	zMaxMKS = 0.02	rMinMKS = 0.0	rMaxMKS = 0.001	speciesID = 0	density = 1.0e19	np2c = 1E8}Load{	zMinMKS = 0.00	zMaxMKS = 0.02	rMinMKS = 0.0	rMaxMKS = 0.001	speciesID = 1	density = 1.0e19	np2c = 1E8}