The following physical expressions are currently available for model 303 in the new_diag framework and in the jorek2_postproc diagnostics. Available expressions may differ between models. The easiest for getting an up to date list is to compile jorek2_postproc, execute it interactively and call the command expressions which produces a complete list.

Expression Description
R Cylindrical Coordinate R (== Major Radius)
Z Cylindrical Coordinate Z
phi Cylindrical Coordinate phi
theta Poloidal Angle With Respect to Magnetic Axis
theta_star Poloidal Straight Field Line Angle (for flux surfaces)
length Length Along Poloidal Line (for poloidal lines)
r_minor Minor Radius From A = r_minor**2 pi (for flux surfaces)
x Cartesian Coordinate x
y Cartesian Coordinate y
z Cartesian Coordinate z (== Cylindrical Z)
Psi_N Normalized Poloidal Magnetic Flux
xjac 2D Jacobian in the Poloidal Plane
t Simulation time
Psi Poloidal Magnetic Flux
u Velocity Stream Function
Phi Electric Potential Phi
zj Toroidal Current Density Multiplied by R
currdens Physical Toroidal Current Density (== zj/R)
omega Toroidal Vorticity Component
rho Mass Density
T Temperature (Electrons plus Ions)
vpar Parallel Velocity (along magnetic field lines)
eta_T Temperature Dependent Resistivity
visco_T Temperature Dependent Viscosity
zkpar_T Temperature Dependent Parallel Heat Diffusivity
dprof Particle Diffusivity
zkprof Perpendicular Heat Diffusivity
pres Total Pressure
B_abs Norm of the Magnetic Field Vector
Btor Toroidal Magnetic Field Component
BR Magnetic Field Component Along R
BZ Vertical Magnetic Field Component
B_theta Poloidal Magnetic Field Component
Er Radial Electric Field
Vtheta_i Ion Poloidal Velocity
Mach_par Parallel Mach Number
Mach_pol Poloidal Mach Number
V_sound Sound Speed
V_neo Neoclassical Velocity
Vperp_e Electron Perpendicular Velocity
Vperp_i Ion Perpendicular Velocity
V_ExB ExB Velocity
Vstar_e Electron Diamagnetic Velocity
Vstar_i Ion Diamagnetic Velocity
ki_neo Neoclassical Heat Diffusivity
mu_neo Neoclassical Friction Coefficient
E_II E_II (with 2 vertical bars) for RE acceleration
E_crit E_crit for RE avalanching (Connor-Hastie)
E_dreicer Electrical field for Dreicer RE primary source