The paper describes the developed software model functional for conducting experimental research of spacecraft waveguide paths induction soldering. A diagram of use cases allowing more detailed formalization of the functional requirements for the developed system from the user’s point of view has been built. The architecture of the future system is presented. A way to improve the quality of soldering in the form of solution of the experiment automation and planning problem, which has not been previously considered, is proposed. The results of the work will allow developing a system that will carry out process modeling without resorting to real tests, with data processing and analysis.

Reactions of free radicals’ formation are integral parts of many metabolic processes in the body, but in a number of states under the influence of external and internal factors there occurs intensification of these reactions accompanied by excessive generation of phagocytizing blood cells activity (PBCA), therefore the study of the antioxidant activity of biological fluids is of clinical (diagnostic, predictive) value. The component analysis of the blood chemiluminescent kinetics of Bous Taurus of different age and sex groups was carried out. The functional activity of venous unfractionated blood cells taken from the jugular vein was evaluated by the Tono-Oke method using the “Chemiluminometer CL-3604” hardware-software complex. The analysis of the chemiluminescent kinetics of PBCA generation and the state of the organism was evaluated by the method of Magrisso M.Y. A component analysis of the blood chemiluminescent kinetics of animals of different sex, age and physiological state revealed a number of specific characteristics and pointed out the relationship between some parameters that can complete the picture of the antioxidant potential possibilities.

The immunogenetic characteristics of cattle blood groups are their high variability and heterogeneity. Population processes that occur under the influence of selection pressure can be estimated on the basis of the analysis of the antigen-frequency characteristics of blood groups. Using specific herds as an example, statistical indicators were calculated, and the choice of a statistical method for identifying micropopulation processes was rationalized. A two-sample Student’s t-test for paired samples on the basis of immunogenetic indicators helped to establish differences between populations and identify processes in blood group systems.

The long-term changes in the phylogenetic population characteristics of nine herds of red-and-white dairy cattle of Krasnoyarskii Krai (Russia) in the process of breed formation were estimated. Immunogenetic indicators (erythrocyte antigens) were used. The genetic structure of the population was investigated according to the frequencies of antigenic factors, the frequencies of the phenogroups. The genesis of the formed breed features is outlined by the indicators of the genetic similarity between the crossed breeds and the maternal subpopulations of individual lines. To study polymorphism, the data of the breeding records of the ARM “Selax Molochnyi”, the OOO RC “PLINOR” and hemolytic tests.

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