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Research results directed on creation of the device for safe storage of transfusion environments containing platelets with the use of thermal stabilization system based on semiconductor thermoelectric elements, information support of storage process monitoring and radio frequency identification (RFID) technologies are considered. Ð¡alculation results of the storage modes that differ the initial conditions of the process are given. Three-dimensional models of a device based on multi-layer walls are elaborated. Computational experiments with subsequent analysis of the temperature distribution on the computational domain are described.

Development Results of the Intelligent Device for Storage of the Transfusion Environments Containing Platelets