A Method for Estimating Exposure Dose of Decommissioned Humans in Nuclear Facilities
A technology for nuclear facilities and human body, applied in design optimization/simulation, data processing applications, instruments, etc., it can solve the problems of slow calculation speed, unable to meet the requirements of real-time calculation, etc., and achieve the effect of dynamic calculation
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[0040] The specific embodiments of the present invention will be further described below with reference to the accompanying drawings.
[0041] The invention proposes a simulation method for calculating the virtual human effective dose when the decommissioning activity is terminated by adopting the point kernel integral method to calculate the dose equivalent rate of the key organs of the human body model and calculating the virtual human effective dose.
[0042] The invention adopts 3dsMax modeling software, Ogre engine and C++ language programming, and the main functions are: constructing a virtual human model by using a stylized model, converting the key organization of the stylized model into a series of detection points, and calculating the key points by using the point kernel integral method. The equivalent dose of the tissue detection point is calculated, and the effective dose of the virtual human is calculated when the decommissioning activity is terminated. The whole ...
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