p_start= 9.106e+004 tk_start= 284.09 sratio_start= 0.950 p_base= 9.000e+004 tk_base= 283.15
c:\jeff\parcel_model_2006_1\lognorm_nh42so4_w.all
p(pa)= 8.999e+004 T(C)=  10.0 ss(%)=   0.0184 ssmax(%)=  0.0000 w(cm/s)= 1000.0 time(s)=    9.7 CDNC(cm-3)= 4.794e+000 CDNC_act(cm-3)= 0.000e+000 nconc_twomey(cm-3)= 2.121e+002 alpha= 1.000 beta_local= 1.000 LWC(gm/m^3) =    0.00048 dBZ=      -78.7 epsilon_aerosol= 1.000 nh42so4 lognorm right_tail =  1 c_twomey(cm-3)=  100. k_twomey= 0.700 conc_tot_1(cm-3)= 10000. r_1(nm)=   21. geo_sigma_1= 1.53 conc_tot_2(cm-3)=  1000. r_2(nm)=   44. geo_sigma_2= 2.04 conc_tot_3(cm-3)=    0.00 r_3(nm)=  400. geo_sigma_3= 2.00 rmin= 2.38e-009 rmax= 1.11e-006
p(pa)= 8.981e+004 T(C)=   9.9 ss(%)=   0.6565 ssmax(%)=  0.6565 w(cm/s)= 1000.0 time(s)=   11.4 CDNC(cm-3)= 8.485e+001 CDNC_act(cm-3)= 6.803e+003 nconc_twomey(cm-3)= 2.118e+002 alpha= 1.000 beta_local= 1.000 LWC(gm/m^3) =    0.01325 dBZ=      -65.8 epsilon_aerosol= 1.000 nh42so4 lognorm right_tail =  1 c_twomey(cm-3)=  100. k_twomey= 0.700 conc_tot_1(cm-3)= 10000. r_1(nm)=   21. geo_sigma_1= 1.53 conc_tot_2(cm-3)=  1000. r_2(nm)=   44. geo_sigma_2= 2.04 conc_tot_3(cm-3)=    0.00 r_3(nm)=  400. geo_sigma_3= 2.00 rmin= 2.38e-009 rmax= 1.11e-006
p(pa)= 8.785e+004 T(C)=   9.0 ss(%)=   0.1506 ssmax(%)=  0.6565 w(cm/s)= 1000.0 time(s)=   29.7 CDNC(cm-3)= 5.963e+003 CDNC_act(cm-3)= 6.790e+003 nconc_twomey(cm-3)= 2.080e+002 alpha= 1.000 beta_local= 1.000 LWC(gm/m^3) =    0.40259 dBZ=      -40.0 epsilon_aerosol= 1.000 nh42so4 lognorm right_tail =  1 c_twomey(cm-3)=  100. k_twomey= 0.700 conc_tot_1(cm-3)= 10000. r_1(nm)=   21. geo_sigma_1= 1.53 conc_tot_2(cm-3)=  1000. r_2(nm)=   44. geo_sigma_2= 2.04 conc_tot_3(cm-3)=    0.00 r_3(nm)=  400. geo_sigma_3= 2.00 rmin= 2.38e-009 rmax= 1.11e-006