ID#:            C847MNYCP00
                             RSICC #:        CCC-847
                             CODE PKG NAME:  XOQGAM-V1.0
                             COMPUTER:       Windows,Linux,Mac                                     
                             ORIGINAL RELEASE:   2/03/2020
                             MOST RECENT UPDATE: 7/09/2020
    NEA PACKAGE-ID:  N/A  
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Transmitted thru ORNL FTP, with    
Documentation in PDF format:     -     XOQGAM-ENTECH-P100-R26-R0.pdf

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Extract contents of P100-R26 distribution:
 Directory of \xoqgam
02/03/2020  03:17 PM    <DIR>          .
02/03/2020  03:17 PM    <DIR>          ..
02/03/2020  01:44 PM            22,299 Comparison-New XOQGAM vs NucTechTable.xlsx
02/03/2020  01:48 PM             1,193 DIDOS-5EvsXOQGAM.inp.txt
02/03/2020  01:48 PM            27,467 DIDOS-5EvsXOQGAM.out.txt
02/03/2020  01:48 PM               339 DIDOS-5EvsXOQGAM.spc
02/03/2020  01:46 PM             2,686 NucTech.inp.txt
02/03/2020  01:46 PM            11,287 NucTech.out.txt
02/03/2020  01:48 PM            12,782 validation-runs.inp.txt
02/03/2020  01:48 PM            35,646 validation-runs.out.txt
02/03/2020  01:50 PM           120,216 Validation-Tables-and-Figures.xlsx
02/03/2020  01:46 PM         3,154,504 XOQGAM-ENTECH-P100-R26-R0.docx
02/03/2020  01:45 PM         3,488,261 XOQGAM-ENTECH-P100-R26-R0.pdf.pdf
02/03/2020  01:50 PM           224,256 xoqgam.exe
02/03/2020  01:50 PM            38,583 xoqgam.for

     Total Files Listed:
              14 File(s)      7,139,519 bytes
               2 Dir(s)  228,132,012,032 bytes free
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This package was reviewed at RSICC using a 64-bit AMD OPTERON running 
RedHat Enterprise Linux 6.4.

There is one exe for xoqgam v.1.0: XOQGAM computer code implements the gamma (?/Q) analytical models for estimating dose rates from radioactive Gaussian plumes of finite dimensions.  Models and software routines are presented for three dispersion models:  (a) the plume centerline model, where the plume is represented as a straight-line airflow, (b) the sector average model, where the plume is assumed to meander over time and spread uniformly within a cardinal sector, and (c) the stationary puff model, which is applicable to intermediate steps in a variable-trajectory plume dispersion model.  The software routines documented in the report are meant for incorporation (by interest parties) into other software that make use of the semi-infinite cloud models and multi-year meteorological data.  As such, plume dimensions, plume elevation, wind speed and receptor distance, as well as the gamma radiation emitted by the plume (assumed to be monoenergetic in XOQGAM), are provided as input to the routines, and are evaluated one case at a time.  Validation is provided for all three gamma (?/Q) models, primarily through comparative analyses; one set of such comparisons is between the dose rates from a line source, a disk source, and a point source based on the gamma (?/Q) vs. corresponding results by a radiation shielding code