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Nuclear Radiation Software
5 software items found
Manufactured by:TIMET, LLC based inMinsk, BELARUS
Its functionalities are tailored to professionals engaged in meticulous spectral data analysis, offering features such as calibration, determination of peak parameters, identification and activity estimation of radionuclides. Moreover, the software supports different methods for activity calculation, enhancing its versatility in nuclear and radiation monitoring. ...
by:Mark Eltgroth LLC based inLometa, TEXAS (USA)
The CHARM software is a software application that calculates and predicts the movement and concentration of airborne plumes from released chemicals; thermal radiation impacts from BLEVEs, pool fires, and jet fires; and explosion overpressures from mechanical and vapor cloud explosions. Source terms are calculated from observable data input (e.g. temperature, pressure, hole size, etc.). Results ...
by:Mark Eltgroth LLC based inLometa, TEXAS (USA)
The CHARM software is a software application that calculates and predicts the movement and concentration of airborne plumes from released chemicals; thermal radiation impacts from BLEVEs, pool fires, and jet fires; and explosion overpressures from mechanical and vapor cloud explosions. Source terms are calculated from observable data input (e.g. temperature, pressure, hole size, etc.). Results ...
by:Mark Eltgroth LLC based inLometa, TEXAS (USA)
The CHARM software is a software application that calculates and predicts the movement and concentration of airborne plumes from released chemicals due to air dispersion and transport; thermal radiation impacts from BLEVEs, pool fires, and jet fires; and explosion overpressures from mechanical and vapor cloud explosions. Source terms are calculated from observable data input (e.g. temperature, ...
by:Mark Eltgroth LLC based inLometa, TEXAS (USA)
The CHARM software is a software application that calculates and predicts the movement and concentration of airborne plumes from released chemicals due to air dispersion and transport; thermal radiation impacts from BLEVEs, pool fires, and jet fires; and explosion overpressures from mechanical and vapor cloud explosions. Source terms are calculated from observable data input (e.g. temperature, ...