a) Contributions of individual incoming partial waves L_in to cross sections at electric field 
of 24.5 kV/cm for elastic cross section excluding the diagonal s-wave contribution. First 
column is L_in, second and third columns are cross sections (Ang^2) at collision energies 
10 nK and 10 microK, respectively. Fourth and fifth columns are ratios of cross sections to 
Born-approximations for individual L_in.
 L_in    E_coll = 10 nK   10 microK   Ratio for 10 nK    10 microK
----------------------------------------------------------------------
   0      0.1420E+06      0.9868E+05       1.036          0.7198    
   2      0.3452E+06      0.2494E+06       1.007          0.7277    
   4      0.4107E+05      0.3997E+05      0.9986          0.9719    
   6      0.1289E+05      0.1260E+05       1.013          0.9898    
   8       5552.           5523.           1.001          0.9952    
  10       2922.           2901.           1.005          0.9974    
  12       1743.           1709.           1.018          0.9985    
  14       1087.           1091.          0.9950          0.9990    
  16       757.6           738.7           1.025          0.9994    
  18       545.9           523.2           1.043          0.9996    

b) Contributions of individual incoming partial waves L_in to inelastic and short-range loss cross 
sections at 24.5 kV/cm. First column is L_in, second and third columns are short-range (SR) loss 
(Ang^2) for collision energies 10 nK and 10 microK, respectively. Fourth and fifth columns are 
inelastic (IN) cross sections (Ang^2) for 10 nK and 10 microK, respectively.
 L_in   SR: E_coll = 10 nK  10 microK    IN: E_coll = 10 nK   10 microK
----------------------------------------------------------------------
   0         3120.           21.47           606.3             4.177    
   2        0.2147           1.958          0.4159E-01        0.3800    
   4        0.7614E-06      0.1675E-02      0.1834E-06        0.3250E-03
   6           0            0.1200E-06      0.2072E-07        0.2476E-07
