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Results experimental research thermoelectric sys- tems for short-term storage and transportation of biological material

Mispahov Igramidin Sharafidinovich  (Senior lecturer, Federal state budgetary institution of higher education "Dagestan state technical University" )

Based on the developed experimental stand, a series of experiments that make it possible to judge the adequacy of the mathematical model of thermoelectric system for short-term storage and transportation of biomaterials. The main task during the experimental studies of the prototype system is to determine the dependence of temperature changes at different points of the object on the time for fixed values of the supply current of the thermoelectric battery (TEB), using various kinds of fillers compartments with biological material, as well as varying ambient temperatures. Important is the comparison of the experimental and theoretical data to verify the adequacy of the mathematical model. The research results are presented as graphs of temperature change simulated biological material in time for different values of currents of single-stage and two-stage power TEB and depending on the temperature change of a biological object in time at various ambient temperatures.

Keywords:storage and transport, biological material, thermoelectric battery, thermoelectric system.

 

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Citation link:
Mispahov I. S. Results experimental research thermoelectric sys- tems for short-term storage and transportation of biological material // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2015. -№12. -С. 19-22
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