MC_LiGS2_POP_April2016

Fig1 >> fig1.txt (separator -space)
psi_N normalized poloidal  flux ; ne/i electron/ion density (10^20/m^3) ; te/i electron/ion temperature (keV) ; dXdpsiN gradients of X,  ptot total pressure (kPa)
c 1 >> 15 reference shot  - 
c 17 >> 31 lithiated shot-

Fig2 >> fig2(a-b).txt (separator -,space) growth rates (gamma)-frequencies (omega) of the fastest growing eigenmode as a function of wavenumbers (W) at a given  flux surface Psi_N. The flux surface is indicated as: e.g. W_90, 90 represents the flux surface Psi_N=0.90.
(a) are calculations for the reference shot. (b) are calculations for the lithiated shot.

Fig3 >> fig3.txt (separator -space): theta is the poloidal angle. phi and apar are the electrostatic and parallel vector potential. r stand for Re; i stands for Im. 03 and 08 are the  calculations carried out at W=0.3 and W=0.8.
Fig4 >> fig4.txt (separator -space): see fig3
Fig6 >> fig6.txt (separator -space): see fig3

Fig5 >> fig5.txt omega and gamma as a function of the normalized gradients and the electron beta. 

Fig5 >> fig5.txt (separator -,space)  omega /  gamma as a function of the normalized gradients and the electron beta at W=0.3 and W=0.8. For instance: the set a/Lti omega_03gamma_03 is the scan over the ion temperature gradient scale length at W=0.3.
Fig7 >> fig7.txt (separator -,space)  
Fig8>> fig8Inter.txt (separator -,space)  Electron profiles at intermediate shaping
Fig9 >> fig9.txt (separator -,space)  : Prof -> profiles- Inter -> intermediate shaping