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       MCC-MT.  Version 2019

Monte Carlo for simulation of spectra and efficiency by modelling of interaction the radiation with matter

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Software package MCC-MT (Monte Carlo Calculation Multi Thread) is intended for 3D-modelling of physical experiments and calculation of radiation detectors response functions using Monte Carlo simulation method. Software MCC-MT based on multi-threading technology providing significant increasing the rate of simulation and getting fast result as spectrum. The MCC-MT does not require a knowledge of programming algorithmic languages, as e.g. GEANT4.
MCC-MT simulates interaction between gamma quanta, electrons, positrons and material in the energy range of 1 keV – 10 MeV. Transport processes for fast heavy charged particles are simulated in the energy range of 10 keV – 1 GeV.

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Application

• Monte Carlo simulation spectra of gamma, beta and alpha radiation

• calibration of instruments used for ionizing radiation detection and measurements

• alnernative for using the BOMAB phantom, Universal whole body phatom UWBP and other phantoms

• calculation of detection limits and minimum detectable activity of radionuclides

• determination of a characteristics of a registration system for inaccessible radioactive sources

• reduction of experimental investigations with using the hazardous ionizing radiation for human health

• obtaining clear picture of the internal processes of radiation transfer in order to optimize the design of the measuring devices and their protection

• comparative demonstration of the different systems of protection against ionizing radiation and its detection systems

• training of personnel in working with ionizing radiation detection systems without using of an expensive equipment and radioactive sources

• training of specialists in the field of measurement and protection from ionizing radiation

• acceleration, simplification and reduction in the cost of design and optimization of ionizing radiation detection systems

• characterization detectors and detection systems

Special features

• high accuracy of calculations

• simplicity of using for a wide range of tasks

• detailed 3D-scene based on Open GL graphics technology providing maximum representation and visibility of modeling

• availability of replenished database of sources and materials

• possibility of creating the maximally complex measuring systems

• forming multidetector systems and schemes of coincidence

• display of the results in the form of an ideal and real spectrum

• tracing and drawing trajectories of particles during calculation process
• availability of the ready and test projects in the distributive package (HPGe, scintillation detectors, protective lead shielding, volumetric sources and samples, etc.)
• accounting cascade summation ('Full cascade' source type)
• using of the specified number of computer processors in order to implement multithreading and speed up the calculation
• automatic creation of efficiency curves
• network version for 2 and more PC is available
• compatible with software ASW2
the results have been repeatedly confirmed in tests and applied tasks
• the new version adds convenient way of constructing the collimators with different number of holes (including conical) for a cylinder shape and and shift figure.
Monte-Carlo simulation spectra
Monte-Carlo simulation spectra

Software MCC-MT. Monte Carlo simulation spectra and efficiency for HPGe detector with point source. True coincidence correction.

Modelling barrel with rods
Modelling barrel with rods

Software MCC-MT. Monte Carlo simulation spectra from mobile HPGe detector with barrel.

Scintillation detector and Marinelli
Scintillation detector and Marinelli

MCC-MT. Monte Carlo simulation spectra and efficiency for scintillation detector in lead chamber with marinelli beaker.

Monte Carlo modelling scintillators
Monte Carlo modelling scintillators

Software MCC-MT. Monte Carlo simulation spectra and efficiency for scintillation detector based on NaI(Tl) in chamber

HPGe detector in chamber.
HPGe detector in chamber.

Software MCC-MT. Monte Carlo simulation spectra and efficiency for HPGe detector in lead chamber with true coincidence correction.

Monte Carlo simulation spectra.
Monte Carlo simulation spectra.

Software MCC-MT. Monte Carlo simulation spectra and efficiency for HPGe detector for any type of radionuclides.

Monte Carlo simulation Efficiency
Monte Carlo simulation Efficiency

Monte Carlo simulation the efficiency curves using MCC-MT software.

Modelling Whole body phantoms
Modelling Whole body phantoms

Software MCC-MT. Monte Carlo simulation spectra and efficiency for Universal Whole body phantom with scintillation detector

MCC-MT. Whole body phantoms.
MCC-MT. Whole body phantoms.

Software MCC-MT. Monte Carlo simulation spectra and efficiency for Universal Whole body phantom with scintillation detector

Characterization HPGe detectors.
Characterization HPGe detectors.

Tool for getting the detector coordinates of the HPGE detector.

MCC-MT. Germanium detector.
MCC-MT. Germanium detector.

Software MCC-MT. Monte Carlo simulation spectra and efficiency for High pure germanium detectors.

Monte Carlo simulation NaI(Tl)
Monte Carlo simulation NaI(Tl)

Software MCC-MT. Monte Carlo simulation spectra and efficiency for any geometries and configurations.

Monte Carlo method for simulation radiation
Monte Carlo method for simulation radiation

Monte Carlo simulation interaction radiation with collimator.

Monte Carlo simulation radiation
Monte Carlo simulation radiation

Software MCC-MT. Monte Carlo simulation spectra and efficiency for any type of collimators with scintillation detectors

Monte Carlo simulation In-situ
Monte Carlo simulation In-situ

Software MCC-MT. Monte Carlo simulation spectra and efficiency for in-situ geometry and HPGe spectrometer

Parameters

Energy range:  1 keV  -  10 МeV
Particles: photons, electrons (positrons), heavy charged particles
Figures: cylinder, cone, parallelepiped, torus, sphere, shift figure, rotation figure, polygon, disk.
Types of spectra:   linear, beta - continuous, continuous, full cascade.
Projects views:   contour, grid, fill with color, section,  fill + grid, section + fill with color.
Types of source geometries: point,  volumetric

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