M3D-C1 Normalizations

	A	B	C	D	E	F	G	H
1	Normalizations (specified in C1input)			Physical Constants
2	B0	1.00E+04	G	me	9.11E-28	g
3	N0	1.00E+14	/cm3	mp	1.67E-24	g
4	L0	1.00E+02	cm	c	3.00E+10	cm/s
5	ion_mass (mi / mp)	2.00		ev_erg	1.60E-12	eV/erg
6	Zeff	1.00		ec	4.80E-10	statcoul
7
8	Derived Units	Normalization	Value (cgs)		Value (mks)
9	current	c B0 L0 / (4 pi)	2.39E+15	sA	7.96E+05	A
10	current density	c B0 / (4 pi L0)	2.39E+11	sA/cm^2	7.96E+05	A/m^2
11	diffusion	L0^2/T0	1.54E+10	cm^2/s	1.54E+06	m^2/s
12	electric field	V0 B0 / c	5.14E+01	sV/cm	1.54E+06	V/m
13	energy	B0^2 L0^3 / (4 pi)	7.96E+12	erg	7.96E+05	J
14	force	B0^2 L0^2 / (4 pi)	7.96E+10	dyne	7.96E+03	N
15	magnetic flux	B0 L0^2	1.00E+08	maxwell	1.00E+00	weber
16	pressure	B0^2 / (4 pi)	7.96E+06	erg/cm3	7.96E+05	pascal
17	resistivity	4 pi T0 V0^2 / c^2	2.16E-10	s	1.94E+00	ohm-m
18	temperature	B0^2 / (4 pi N0 e)	4.97E+04	eV	4.97E+04	eV
19	thermal conductivity	N0 L0^2 / T0	1.54E+24	1/cm-s	1.54E+26	1/m-s
20	time	T0 = L0/V0	6.48E-07	s	6.48E-07	s
21	velocity	V0 = B0/(4 pi mu mp N0)^0.5	1.54E+08	cm/s	1.54E+06	m/s
22	viscosity	mi N0 L0^2 / T0	5.16E+00	poise	5.16E-01	kg/m-s
23
24	The following quantities are derived using 1 keV temperatures; the Te & Ti scalings are shown in the units column
25	Derived Quantities	Definition (cgs)	Value (cgs)			Implied C1input Values
26	di	c / omega_pi	3.22E+00	cm		db	3.22E-02
27	kappa_par,e	3.2 N0 kTe tau_e / m_e	3.95E+27	Te^2.5 / cm-s		kappar	2.56E+03	Te^2.5
28	kappa_par,i	3.9 N0 kTi tau_i / m_i	1.13E+26	Ti^2.5 / cm-s
29	kappa_perp,e	4.7 N0 kTe / (m_e omega_ce^2 tau_e)	3.81E+15	Te^0.5 / cm-s
30	kappa_perp,i	2 N0 kTi / (m_i omega_ci^2 tau_i)	6.93E+16	Ti^0.5 / cm-s		kappat	4.49E-08	Ti^0.5
31	lambda_D		2.35E-03	T^0.5 cm
32	ln(lambda)	ln[ (4/3) pi N0 lambda_D^3 ]	1.55E+01
33	mu_perp,e	N0 T/(omega_ce^2 tau_e)	7.38E-13	Te^0.5 poise
34	mu_perp,i	N0 T/(omega_ci^2 tau_i)	1.16E-07	Ti^0.5 poise		amu	2.25E-08	Ti^0.5
35	mu_par,i	0.96 N0 kTi tau_i	9.27E+01	Ti^2.5 poise		amupar	1.80E+01	Ti^2.5
36	omega_ce	e B0/(me c)	1.76E+11	1/s
37	omega_ci	qi B0/(mi c)	4.79E+07	1/s
38	omega_pi	(4 pi N0 qi^2 / mi)^0.5	9.31E+09	1/s
39	rho_e	v_te / omega_ce	7.53E-03	Te^0.5 cm
40	rho_i	v_ti / omega_ci	4.57E-01	Ti^0.5 cm
41	eta_spitzer		5.64E-18	T^-1.5 s		etar	2.62E-08	T^-1.5
42	tau_e		7.01E-06	Te^1.5 s
43	tau_i		6.03E-04	Ti^1.5 s
44	v_te		1.32E+09	Te^0.5 cm/s
45	v_ti		2.19E+07	Ti^0.5 cm/s
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