qcx#h0_ool#o8.dat

Charge Exchange Cross Sections

Ion
O8+
Energy Range
0.100 keV/amu → 100 keV/amu

ADF01

Filename
qcx#h0_ool#o8.dat
Full Path
adf01/qcx#h0/qcx#h0_ool#o8.dat
Download data
O8+ + H0 → O7+ + H+total
O8+ + H0 → O7+(n=4) + H+n-resolved
O8+ + H0 → O7+(4s) + H+nl-resolved
O8+ + H0 → O7+(4p) + H+nl-resolved
O8+ + H0 → O7+(4d) + H+nl-resolved
O8+ + H0 → O7+(4f) + H+nl-resolved
O8+ + H0 → O7+(n=5) + H+n-resolved
O8+ + H0 → O7+(5s) + H+nl-resolved
O8+ + H0 → O7+(5p) + H+nl-resolved
O8+ + H0 → O7+(5d) + H+nl-resolved
O8+ + H0 → O7+(5f) + H+nl-resolved
O8+ + H0 → O7+(5g) + H+nl-resolved
O8+ + H0 → O7+(n=6) + H+n-resolved
O8+ + H0 → O7+(6s) + H+nl-resolved
O8+ + H0 → O7+(6p) + H+nl-resolved
O8+ + H0 → O7+(6d) + H+nl-resolved
O8+ + H0 → O7+(6f) + H+nl-resolved
O8+ + H0 → O7+(6g) + H+nl-resolved
O8+ + H0 → O7+(6h) + H+nl-resolved
O8+ + H0 → O7+(n=7) + H+n-resolved
O8+ + H0 → O7+(7s) + H+nl-resolved
O8+ + H0 → O7+(7p) + H+nl-resolved
O8+ + H0 → O7+(7d) + H+nl-resolved
O8+ + H0 → O7+(7f) + H+nl-resolved
O8+ + H0 → O7+(7g) + H+nl-resolved
O8+ + H0 → O7+(7h) + H+nl-resolved
O8+ + H0 → O7+(7i) + H+nl-resolved
O8+ + H0 → O7+(n=8) + H+n-resolved
O8+ + H0 → O7+(8s) + H+nl-resolved
O8+ + H0 → O7+(8p) + H+nl-resolved
O8+ + H0 → O7+(8d) + H+nl-resolved
O8+ + H0 → O7+(8f) + H+nl-resolved
O8+ + H0 → O7+(8g) + H+nl-resolved
O8+ + H0 → O7+(8h) + H+nl-resolved
O8+ + H0 → O7+(8i) + H+nl-resolved
O8+ + H0 → O7+(8j) + H+nl-resolved
O8+ + H0 → O7+(n=9) + H+n-resolved
O8+ + H0 → O7+(9s) + H+nl-resolved
O8+ + H0 → O7+(9p) + H+nl-resolved
O8+ + H0 → O7+(9d) + H+nl-resolved
O8+ + H0 → O7+(9f) + H+nl-resolved
O8+ + H0 → O7+(9g) + H+nl-resolved
O8+ + H0 → O7+(9h) + H+nl-resolved
O8+ + H0 → O7+(9i) + H+nl-resolved
O8+ + H0 → O7+(9j) + H+nl-resolved
O8+ + H0 → O7+(9k) + H+nl-resolved
O8+ + H0 → O7+(n=10) + H+n-resolved
O8+ + H0 → O7+(10s) + H+nl-resolved
O8+ + H0 → O7+(10p) + H+nl-resolved
O8+ + H0 → O7+(10d) + H+nl-resolved
O8+ + H0 → O7+(10f) + H+nl-resolved
O8+ + H0 → O7+(10g) + H+nl-resolved
O8+ + H0 → O7+(10h) + H+nl-resolved
O8+ + H0 → O7+(10i) + H+nl-resolved
O8+ + H0 → O7+(10j) + H+nl-resolved
O8+ + H0 → O7+(10k) + H+nl-resolved
O8+ + H0 → O7+(10l) + H+nl-resolved
-------------------------------------------------------------------------------------------

 DATA REFORMATTED TO NEW ADF01 FORMAT.

 INPUT DATA FILE : JETSHP.CHEXDATA.DATA(O8NEW1)
 SUB-BLOCK USED  : 3
 SUB-BLOCK TITLE :  CTMC  OLSEN  50-100 KEV/AMU   FULL RANGE 0.1-100KEV/AMU  O+8

 COMMENT RECORDS FROM INPUT DATA FILE ARE APPENDED BELOW.

-------------------------------------------------------------------------------------------
 ===================================================================== 
                        H(1S) + O(8+) --> H(+) + O(7+)                 
                        ------------------------------                 
                                                                       
      INFORMATION                              #1989 RESTRUCTURED DATA 
      -----------                                                      
      THE FOLLOWING OPTIONS ARE AVAILABLE SELECTED BY IBLOCK           
                                                                       
      IBLOCK=3                                                         
      ________                                                         
                                                                       
      ENERGY    = 0.1KEV/AMU - 30.0KEV/AMU                             
      N         =           4 -  10                                    
      APPROX    = CCAO                                                 
      REFERENCE = W. FRITSCH (1984), W.FRITSCH & C.D. LIN (1984)       
                                                                       
      ENERGY    = 50.0KEV/AMU - 100.0KEV/AMU                           
      N         =           4 -  10                                    
      APPROX    = CTMC                                                 
      REFERENCE = R.E. OLSEN (1981).                                   
                                                                       
                                                                       
      REMARKS                                                          
             ONLY THE SIGMA(TOTAL) AND SIGMA(N)'S ARE USED.            
      THE CCAO DATA IS THE SAME AS FOR THOERY 2 ABOVE.                 
      THE ASYMPTOTIC PROJECTION SLOPE'S ALPHA ARE INFERRED             
      FROM THE LAST TWO SIGMA(N) VALUES.                               
      A TAIL CORRECTION IS NOT INCLUDED SO ITAIL=0.                    
                                                                       
      LFORMA, XLCUTA, PL2A, PL3A
            THESE ARE DERIVED BY INSPECTION OF THE PRINCIPAL QUANTA    
      CLOSEST OR EQUAL TO N=10 FOR SIGMA(N,L) AT                       
      E< 50KEV/AMU -------- FRITSCH & LIN (1984) ...... CCAO           
      E>=50KEV/AMU -------- RYUFUKU (1982) ............ UDW            
                                                                       
                                         H.P.SUMMERS    13 DEC 1989    
=======================================================================
   L-SPLITTING IS RECONSTITUTED FROM THE JET N-SHELL RESOLUTION DATA 
   BLOCK USING  ITS L-SHELL FORM PARAMETERS.  THE DATA SET THUS EXACTLY
   MATCHES THE JET DATA SET IN APPLICATION.  NOTE THE L-SHELL FORM
   PARAMETERS ARE OPTIMIMISED AROUND THE N-SHELLS RESPONSIBLE FOR 
   VISIBLE LINE CHARGE EXCHANGE SPECTROSCOPY EMISSION.

                                             H.P. SUMMERS  28 JULY 1995
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Contributors

  • Hugh Summers
  • Transitions
  • Comments
  • Origins

Data Classes

Fundamental

ADF01ADF04ADF07ADF08ADF09ADF38ADF39ADF48

Derived

ADF11ADF12ADF13ADF15ADF21ADF22