Total Magnetic Flux

Total magnetic flux: Φ = 0.130 Vs

Energy Confinement Time

τE = 27.9 μs
τE = 66.2 μs (NeoAlcator Scaling)

Safety Factor

Theory ⇒Input Data ⇒Programs ⇒Output Data ⇒Graphs
t[ms],Iplasma[A](dotpoint)QedgeTime.plt[ms],Qedge[1],Q0[1](dot point)QedgeTime.ps
t[ms],Bt[T](dot point)makefilet[ms],QedgeMirnov[1],Q0Mirnov[1](dot point)QedgeMirnovCoils.ps
Diagnostics configurationt[ms],Iplasma[A](comma point)t[ms],Qedge[1],Q0[1](comma point)QedgeTime.png
t[ms],Bt[T](comma point)t[ms],QedgeMirnov[1],Q0Mirnov[1](comma point)QedgeMirnovCoils.png

Electron Temperature

Theory ⇒Input Data ⇒Programs ⇒Output Data ⇒Graphs
Electron Temperature (en)t[ms],Iplasma[A](dotpoint)ElectronTemperatureTime.plt[ms],ElectronTemperature[eV](dot point)ElectronTemperature.ps
Electron Temperature (cz)t[ms],Uloop[V](dot point)makefilet[ms],ElectronTempMedianFilter[eV](dot point)ElectronTemperatureMedianFilter.ps
Diagnostics configurationt[ms],Iplasma[A](comma point)t[ms],ElectronTemperature[eV](comma point)ElectronTemperature.png
t[ms],Uloop[V](comma point)t[ms],ElectronTempMedianFilter[eV](comma point)ElectronTemperatureMedianFilter.png
t[ms],maxElectronTemperature[eV],row

Ohmic Heating Power

Theory ⇒Input Data ⇒Programs ⇒Output Data ⇒Graphs
t[ms],Iplasma[A](dotpoint)OhmicHeatingPowerTime.plt[ms],OhmicHeatingPower[kW](dot point)OhmicHeatingPower.ps
t[ms],Uloop[V](dot point)makefilet[ms],OhmicHeatingPower[kW](comma point)OhmicHeatingPower.png
Diagnostics configurationt[ms],Iplasma[A](comma point)
t[ms],Uloop[V](comma point)

Greenwald Density

Theory ⇒Input Data ⇒Programs ⇒Output Data ⇒Graphs
t[ms],Iplasma[A](dotpoint)GreenwaldDensityTime.plt[ms],GreenwaldDensity[1019 m-3](dot point)GreenwaldDensity.ps
t[ms],Iplasma[A](comma point)makefilet[ms],GreenwaldDensity[1019 m-3](comma point)GreenwaldDensity.png
Diagnostics configurationt[ms],GreenwaldDensityMirnov[1019 m-3] (dot point)GreenwaldDensityMirnovCoils.ps
t[ms],GreenwaldDensityMirnov[1019 m-3] (comma point)GreenwaldDensityMirnovCoils.png