METHODOLOGICAL APPROACH TO THE MATHEMATICAL MODELS CONSTRUCTION OF BIOOBJECT PROBLEMS

This article reveals a technique for the mathematical modeling of biotechnological systems that contain sources laser action. Calculation and optimization models finding rational values technical parameters emitters are basis this. The authors researched main aspects theory analysis synthesis complex concentrated, moving physical fields. To ensure viability embryo cells, it is necessary to carefully monitor level heating not only at points closest dissection site but also end It should be noted short-term effect radiation, flow heat from border passes other parts it. non-stationary process thermal distribution will occur until stationary mode established, which maintain embryo. Due peculiarities microbiological object, perform non-stationary, nonlinear, multidimensional system, contains discrete, source quite difficult implement applied used optimize modeled system. Therefore, advisable obtain approximate solutions boundary value problems with averaged thermophysical without considering three-layer structure increase germ propose an model minimizing deviation temperature action its acceptable value. make possible emitters, close reality satisfy needs use emitters.