Geant4 simulation results for the designed UGET-v1 tomographic measurement device.

Jansson, Peter

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Geant4 simulation results for the designed UGET-v1 tomographic measurement device.

Jansson, Peter

Uppsala universitet, Teknisk-naturvetenskapliga vetenskapsområdet, Fysiska sektionen, Institutionen för fysik och astronomi, Tillämpad kärnfysik.ORCID-id: 0000-0002-3136-5665

2016 (Engelska)Dataset, Primärdata

Abstract [en]

Results from simulations performed with Geant4 for the UGET v1 of a tomographic measurement device, designed in the UGET project.

Ort, förlag, år

2016.

Version

1.0

Nyckelord [en]

Geant4, Tomography, Nuclear fuel, Safeguards, Simulation results

Nationell ämneskategori

Subatomär fysik

Forskningsämne

Fysik med inriktning mot tillämpad kärnfysik

Identifikatorer

URN: urn:nbn:se:uu:diva-316175OAI: oai:DiVA.org:uu-316175DiVA, id: diva2:1077126

Tillgänglig från: 2017-02-25 Skapad: 2017-02-25 Senast uppdaterad: 2018-02-21Bibliografiskt granskad

Open Access i DiVA

UGETv1_Geant4_Results.csv.zip(84256 kB)

221 nedladdningarInnehållsbeskrivning

Format of the comma separated file (csv) contained in the compressed archive:
   Column  1: Case: Version id, always 1
   Column  2: Case: Id (1,2 or 99999)
   Column  3: Case: Rotation angle [degrees x 1000] (integer)
   Column  4: Case: Translation along y-axis  [micrometer] (integer) 
   Column  5: Case: X index of source rod
   Column  6: Case: Y index of source rod
   Column  7: Case: Energy of source gamma [eV] (integer)
   Column  8: Field: Version id, always 1
   Column  9: Field: Device number, always 1
   Column 10: Field: Detector number (0-7)
   Column 11: Histogram: Version id, always 2
   Column 12: Histogram: Begin energy [eV] (integer)
   Column 13: Histogram: End energy [eV] (integer)
   Column 14-15: Histogram: Count vector serialized as specified below.
   Column 16: Histogram: Overflow count (hexadecimal integer)
   Column 17: Histogram: Underflow count (hexadecimal integer)

   If Case id is not 99999, then end of row
   Else more columns as follows;

   Column 18: Version id, always 1.
   Column 19: Number of following pairs (integer)
   Column 20-21: Deposited energy [eV], Count
   Column 22-23: Deposited energy [eV], Count
   Column ... (Repeated the number of times specified in column 19.)


The serializing algorithm used for columns 14-15 is specified as the following
standard C++ code. Essentially, each count which does not change between
channels in the histogram, i.e. repeated n times, is written as the string
"countPn" which stands for (count ^ n) and a space separator is written as 's'.
Each integral value is written in hexadecimal.

#include <ostream>
#include <vector>
typedef std::vector<unsigned long long int> ULLVector;
void Serialize(const ULLVector& V, std::ostream& os)
{
   os  << ' ' << std::hex << V.size() << ' ';
   if( ! V.empty() )
   {
      ULLVector::size_type pos(0), count(0);
      ULLVector::value_type prev( V[pos] );
      const ULLVector::size_type N(V.size());
      for( pos = 1; pos < N; ++pos)
      {
         if( V[pos] != prev )
         {
            if( 1 < pos )
               os << 's';
            os << prev;
            if( 1 < count )
            {
               os << 'P' << count;
            }
            count = 1;
            prev = V[pos];
         }
         else
         {
            ++count;
         }
      }
      if( 0 < count )
      {
         if( 0 < pos )
            os << 's';
         os << prev;
         if( 1 < count )
         {
            os << 'P' << count;
         }
      }
   }
}

Filinformation

Filnamn DATASET01.zipFilstorlek 84256 kBChecksumma SHA-512Beskrivning Format of the comma separated file (csv) contained in the compressed archive: Column 1: Case: Version id, always 1 Column 2: Case: Id (1,2 or 99999) Column 3: Case: Rotation angle [degrees x 1000] (integer) Column 4: Case: Translation along y-axis [micrometer] (integer) Column 5: Case: X index of source rod Column 6: Case: Y index of source rod Column 7: Case: Energy of source gamma [eV] (integer) Column 8: Field: Version id, always 1 Column 9: Field: Device number, always 1 Column 10: Field: Detector number (0-7) Column 11: Histogram: Version id, always 2 Column 12: Histogram: Begin energy [eV] (integer) Column 13: Histogram: End energy [eV] (integer) Column 14-15: Histogram: Count vector serialized as specified below. Column 16: Histogram: Overflow count (hexadecimal integer) Column 17: Histogram: Underflow count (hexadecimal integer) If Case id is not 99999, then end of row Else more columns as follows; Column 18: Version id, always 1. Column 19: Number of following pairs (integer) Column 20-21: Deposited energy [eV], Count Column 22-23: Deposited energy [eV], Count Column ... (Repeated the number of times specified in column 19.) The serializing algorithm used for columns 14-15 is specified as the following standard C++ code. Essentially, each count which does not change between channels in the histogram, i.e. repeated n times, is written as the string "countPn" which stands for (count ^ n) and a space separator is written as 's'. Each integral value is written in hexadecimal. #include <ostream> #include <vector> typedef std::vector<unsigned long long int> ULLVector; void Serialize(const ULLVector& V, std::ostream& os) { os << ' ' << std::hex << V.size() << ' '; if( ! V.empty() ) { ULLVector::size_type pos(0), count(0); ULLVector::value_type prev( V[pos] ); const ULLVector::size_type N(V.size()); for( pos = 1; pos < N; ++pos) { if( V[pos] != prev ) { if( 1 < pos ) os << 's'; os << prev; if( 1 < count ) { os << 'P' << count; } count = 1; prev = V[pos]; } else { ++count; } } if( 0 < count ) { if( 0 < pos ) os << 's'; os << prev; if( 1 < count ) { os << 'P' << count; } } } }

25177260499577729e295d3f41e981625815f207af972452e59a48c5f15941bf27eb691b9470385cd9724d005343ef032898f3fb51cacc35175d101f098f2c36

Typ datasetMimetyp application/zip

Person

Jansson, Peter

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Jansson, Peter

Abstract [en]

Ort, förlag, år

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