# D -> Mo, Maxwellian incident distribution, sheath potential 0 kT
# z1= 1, m1=  2.01, z2=42, m2= 95.94, sbe=6.89 eV, rho=10.20 g/cm**3  
# ef=0.90 eV, esb=1.00 eV, ca=1.00, kk0=kk0r=2, kdee1=kdee2=3, ipot=ipotr=1 (KrC)
# program: newtrim (Laszlo)
# ne= 8
#                                                                                
#  kT      Y      Y_E    E_sp      R_N     R_E     E_b     range   
#       
   40   3.27e-4 1.52e-5 3.71e+0  7.26e-1 5.09e-1 5.60e+1  3.45e+1
   50   7.49e-4 3.12e-5 4.16e+0  7.14e-1 4.93e-1 6.92e+1  3.91e+1
  100   4.57e-3 1.42e-4 6.23e+0  6.71e-1 4.46e-1 1.33e+2  5.86e+1
  200   1.21e-2 2.83e-4 9.40e+0  6.31e-1 4.00e-1 2.54e+2  9.03e+1
  500   2.77e-2 3.80e-4 1.37e+1  5.66e-1 3.36e-1 5.95e+2  1.66e+2
 1000   3.57e-2 2.77e-4 1.56e+1  5.18e-1 2.87e-1 1.12e+3  2.73e+2
 2000   3.81e-2 2.09e-4 2.19e+1  4.53e-1 2.27e-1 2.00e+3  4.49e+2
 5000   3.73e-2 1.05e-4 2.82e+1  3.61e-1 1.55e-1 4.29e+3  9.09e+2