IRRPROFIle

    Defines an irradiation profile for radioactive decay calculations

     See also DCYTIMES, DCYSCORE, RADDECAY, RESNUCLEi

     
WHAT(1)
 = length of a newly defined irradiation interval (in s)
             > 0.0 : a new interval is added with length 
WHAT(1)
             = 0.0 : ignored
             < 0.0 : the last defined interval (if any) is deleted
             
Default
 = no new irradiation interval is defined

     
WHAT(2)
 = beam intensity of the newly defined (see 
WHAT(1)
) irradiation
               interval
             >= 0.0 : beam intensity in particles/s (0 is accepted)
             <  0.0 : considered as 0.0
             
Default
: 0.0 particles/s

     
WHAT(3)
 = the same as 
WHAT(1)

     
WHAT(4)
 = the same as 
WHAT(2)

     
WHAT(5)
 = the same as 
WHAT(1)

     
WHAT(6)
 = the same as 
WHAT(2)

     
SDUM
    = not used

     
Default
 (option IRRPROFIle not given): no irradiation interval is defined


     
Notes:
         1) Decay times as requested by DCYTIMES commands will be calculated 
         from the end of the last one. Scoring during irradiation can be 
         obtained giving negative decay times in DCYTIMES.

         2) Several cards can be combined up to the desired number of 
         irradiation intervals.

         3) A negative value inserted in an odd WHATs (i.e. {\zz 
WHAT(1)
}, 
         {\zz 
WHAT(3)
}, {\zz 
WHAT(5)
}) will delete the previous irradiation 
         interval. A series of negative odd WHATs will delete as many previously 
         defined intervals.

    
Example 1:

*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....+....8
IRRPROFI       3600.    1.5E12     7200.       0.0      600.    4.2E12   
IRRPROFI       1200.       0.0     3600.    1.0E10   
* The defined irradiation profile consists of:
* 3600s (1 hour) of irradiation at an intensity of 1.5E12 particles/s
* 7200s (2 hours) of cooling (no beam)
* 600s  (1o minutes) of irradiation at an intensity of 4.2E12 particles/s
* 1200s (20 minutes) of cooling (no beam)
* 3600s (1 hour) of irradiation at an intensity of 1.0E10 particles/s


    
Example 2:

The same profile could have been achieved using separate IRRPROFI cards
*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....+....8
IRRPROFI       3600.    1.5E12
IRRPROFI       7200.       0.0
IRRPROFI        600.    4.2E12   
IRRPROFI       1200.       0.0
IRRPROFI       3600.    1.0E10   
* The defined irradiation profile consists of:
* 3600s (1 hour) of irradiation at an intensity of 1.5E12 particles/s
* 7200s (2 hours) of cooling (no beam)
* 600s  (1o minutes) of irradiation at an intensity of 4.2E12 particles/s
* 1200s (20 minutes) of cooling (no beam)
* 3600s (1 hour) of irradiation at an intensity of 1.0E10 particles/s



    
Example 3:

*...+....1....+....2....+....3....+....4....+....5....+....6....+....7....+....8
IRRPROFI       3600.    1.5E12     7200.       0.0      600.    4.2E12   
IRRPROFI      -1200.       0.0    -3600.    1.0E10   
* The 4th and 5th irradiation intervals defined have negative duration, therefore
* the two previous intervales will be deleted. The irradiation profile will
* consist of a single interval 3600s long with an intensity of 1.5E12 particle/s

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