G-File Viewer
Solov'en Solver
EC mode
$ n(\psi_n) = n_{0} \left[ \left( 1 - \text{edge} \right ) \left( 1 - \psi_n^{2} \right )^{\alpha_{n}} + \text{edge} + \text{edge} \cdot e^{- \frac{\psi_n - 1}{d e c a y}} \left( \psi_n > 1 \right ) \right ] , T \left( \psi_{n} \right ) = T_{0} \left( 1 - \psi_{n}^{2} \right )^{\alpha_{T}}$
G-Files
Select a file
Filename
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Ip:
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B0:
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R
axis
:
-
Ψ
axis
:
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2D Equilibrium
1D Profiles
Field Lines
Particle Trajectory
Stix Parameters
Ray Tracing
Density Axis ($n_{20}$)
Density Edge ($n_{edge}/n_0$)
Peaking ($\alpha_n$)
Profile Shape
Reconstruct
Flux Surface:
0.50
Turns:
10
Trace
Particle
Deuterium
Hydrogen
Tritium
Electron
Helium
Helium-3
Boron
Start Surface:$\psi_n=$
0.50
Pitch:
45
°
Energy [keV]
Ripple Config
N
δ
%
Max Steps
Model
GC
Full
Boris
Go
Diagnostic: Deviations should be small ($< 10^{-5}$). Large drifts indicate poor time resolution or grid interpolation. Ripple model: $B_\phi(R, \phi, Z) = \frac{B_0 R_0}{R} \left[ 1 - \delta(R, Z) \cos(N \phi) \right] \text{ } \delta(R) = \delta_{user} \cdot \left( \frac{R}{R_{outer\_sep}} \right)^{N - 1}$
Plasma Configuration
Format:
Species, n0, T0, αn, αT, edge, decay
D, 15.0e19, 5.0, 1.0, 1, 0.1, 0.05 e, 0, 5, 1, 1.0, 0.1, 0.1
Wave Parameters
Freq
MHz
Angle $\theta$
Deg
Fixed $n_\parallel$
View Parameter
Right Hand (R)
Left Hand (L)
Plasma (P)
Sum (S)
Difference (D)
Slow $n^2$ (O mode)
Fast $n^2$ (X mode)
$n_\perp^2$ (Fast/Slow)
$n_\perp^2$ (Slow/Fast)
Left-Hand Field $E_+$ (%)
Right-Hand Field $E_-$ (%)
Poloidal Flux ($\psi$)
Normalized Flux ($\psi_N$)
Total Field $|B|$
Radial Field $B_R$
Vertical Field $B_Z$
Toroidal Field $B_\phi$
Electron Density
Electron Temp
Overlay Resonance Layers
Calculate All
Species Configuration
Add
Format:
Species, n0, T0, αn, αT, edge, decay
D, 15e19, 5, 1, 1, 0.1, 0 e, 0.0, 5, 1, 1, 0.0, 0
Ray Configuration
Add
Formats: EC (Freq, Mode...), LH/IC (Freq, N_par...)
EC,170GHz, O, 9.0, 0.0, 155, 10 EC,170GHz, O, 9.0, 0.0, 160, 10 EC,170GHz, O, 9.0, 0.0, 170, 10 EC,170GHz, O, 9.0, 0.0, 180, 10 EC,170GHz, O, 9.0, 0.0, 190, -10 EC,170GHz, O, 9.0, 0.0, 200, -10 EC,170GHz, O, 9.0, 0.0, 210, -10
View Parameter
Flux Only
Right Hand (R)
Left Hand (L)
Plasma (P)
Sum (S)
Difference (D)
Slow $n^2$ (O mode)
Fast $n^2$ (X mode)
$n_\perp^2$ (Fast/Slow)
$n_\perp^2$ (Slow/Fast)
Left-Hand Field $E_+$ (%)
Right-Hand Field $E_-$ (%)
Poloidal Flux ($\psi$)
Normalized Flux ($\psi_N$)
Total Field $|B|$
Radial Field $B_R$
Vertical Field $B_Z$
Toroidal Field $B_\phi$
Electron Density
Electron Temp
Min Power Display:
1%
Launch Rays (Local)
Add Plasma Species
Species
Deuterium (D)
Tritium (T)
Hydrogen (H)
Helium (He)
Electron (e)
Density n0 (m⁻³)
Temp T0 (keV)
Profile αn
Profile αT
Edge Ratio
Decay Len (0=Auto)
Add Ray
Wave Type
EC Wave
LH Wave
IC Wave
Freq (e.g. 170GHz)
Max Dist (m)
Mode
O-Mode
X-Mode
N_parallel
Launch R (m)
Launch Z (m)
Poloidal Ang (deg)
180 = Inward
Toroidal Ang (deg)
Rename File
New Filename