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Plasma position is not included in the safety factor !!!

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First approximation of electron confinement time te = 46.347 [us]
Electron confinement time predicted from t_98 t98 = 1.995 [us]
(tIPB98(y,2) = 0.0562 I0.93 B 0.15 n 0.41 P -0.69 R 1.39 ka 0.78 a 0.58 M 0.19)
Approximation of electron density through equilibrium state ne = 0.49 [10^19.m^-3]
Mean electron density ne = 0.46 [10^19.m^-3]

Accessible data: [data_configuration.cfg] [config.py] - (more details, all data)

Identifier

File name

Units

Description

electron_confinement_t98 (1.99e-06 s) t_98 Time [s] Tau 98 extrapolation of confinement time
electron_confinement_time (4.63e-05 s) ElectronConfinementTimeFirstApprox Time [s] First approximation of electron confinement time
electron_density(txt,xls,img,...) electron_density [m^-3] Electron density
electron_density_equilibrium (4.86e+18 m^-3) StateEqElectronDensity Particle density [m^-3] Approximation of electron density through equilibrium state
electron_density_mean (4.59e+18 m^-3) electron_density_mean [m^-3] Mean line electron density
electron_temperature(txt,xls,img,...) ElectronTemp Temperature [eV] Electron temperature
electron_temperature_max (71.4 eV) ElectronTempMax Temperature [eV] Electron temperature max (filtered)
greenwald_density(txt,xls,img,...) GreenwaldDensity Density [-] Greenwald density
input_power_chamber(txt,xls,img,...) PowerChamber Power [W] Ohmic power converted to chamber
input_power_magnetic(txt,xls,img,...) PowerMagnetic Power [W] Ohmic power converted to magnetic power
input_power_plasma(txt,xls,img,...) PowerPlasma Power [W] Ohmic power converted to plasma
input_power_total(txt,xls,img,...) PowerTotal Power [W] Total ohmic heating power
safety_factor(txt,xls,img,...) Qedge Q [-] Safety factor
spectrometr:temperature (txt,xls,img,...) temperature T_e [eV] Electron temperature
spectrometr:total_radiated_power (txt,xls,img,...) TotalPower Power [a.u.] Total radiated power in range 200-1200 nm
temperature_mean (49 eV) ElectronTemperatureMean Temperature [eV] Electron temperature
total_magnetic_flux(txt,xls,img,...) TotalMagneticFlux Flux [Vs] Total magnetic flux

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