Input Instructions for HEATR
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* *
* card 1 *
* nendf unit for endf/b tape *
* nin unit for input pendf tape *
* nout unit for output pendf tape *
* nplot unit for graphical check output *
* card 2 *
* matd material to be processed *
* npk number of partial kermas desired (default=0) *
* nqa number of user q values (default=0) *
* ntemp number of temperatures to process *
* (default=0, meaning all on pendf) *
* local 0/1=gamma rays transported/deposited locally *
* (default=0) *
* iprint print (0 min, 1 max, 2 check) (default=0) *
* card 3 for npk gt 0 only *
* mtk mt numbers for partial kermas desired *
* total (mt301) will be provided automatically. *
* partial kerma for reaction mt is mt+300 *
* and may not be properly defined unless *
* a gamma file for mt is on endf tape. *
* special values allowed-- *
* 303 non-elastic (all but mt2) *
* 304 inelastic (mt51 thru 91) *
* 318 fission (mt18 or mt19, 20, 21, 38) *
* 401 disappearance (mt102 thru 120) *
* 443 total kinematic kerma (high limit) *
* damage energy production values-- *
* 444 total *
* 445 elastic (mt2) *
* 446 inelastic (mt51 thru 91) *
* 447 disappearance (mt102 thru 120) *
* cards 4 and 5 for nqa gt 0 only *
* card 4 *
* mta mt numbers for users q values *
* card 5 *
* qa user specified q values (ev) *
* (if qa.ge.99.e6, read in variable qbar *
* for this reaction) *
* card 5a variable qbar (for reactions with qa flag only) *
* qbar tab1 record giving qbar versus e (1000 words max) *
* *
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