MCC-MT
Monte Carlo simulation of spectra and efficiency 

Monte Carlo simulation HPGe detector
Software MCC-MT. Monte Carlo simulation spectra from HPGe detector in chamber with point source.
Modelling barrel with rods
Software MCC-MT. Monte Carlo simulation spectra from mobile HPGe detector with barrel.
Monte-Carlo simulation spectra
Software MCC-MT. Monte Carlo simulation spectra and efficiency for HPGe detector with point source. True coincidence correction.
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
Software MCC-MT. Monte Carlo simulation spectra and efficiency for scintillation detector based on NaI(Tl) 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.
Software MCC-MT. Monte Carlo simulation spectra and efficiency for HPGe detector for any type of radionuclides.
Monte Carlo simulation Efficiency
Monte Carlo simulation the efficiency curves using MCC-MT software.
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.
Software MCC-MT. Monte Carlo simulation spectra and efficiency for Universal Whole body phantom with scintillation detector
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Special features

Application

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.

• 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 software package
• 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

Products  >>  Software  >>  MCC-MT

Characterization HPGe detectors.
Tool for getting the detector coordinates of the HPGE detector.
MCC-MT. Germanium detector.
Software MCC-MT.
Monte Carlo simulation spectra and efficiency for High pure germanium detectors.
Monte Carlo simulation NaI(Tl)
Software MCC-MT.
Monte Carlo simulation spectra and efficiency for any geometries and configurations.
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
Software MCC-MT. Monte Carlo simulation spectra and efficiency for in-situ geometry and HPGe spectrometer
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• Monte Carlo simulation spectra of gamma, beta and alpha radiation

• calibration of instruments used for ionizing radiation detection and measurements

• 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

Parameters

Energy range:  1 keV  -  10 МeV
Particles: photons, electrons (positrons), heavy charged particles
Figures: cylinder, cone, parallelepiped, torus, sphere, shear shape, 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

Modelling of interaction the radiation with matter

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