Experimental Setup with Stand-Alone Automatic Modular Logger of Parameters of Thermal Pulse Processing

The problem of creating a database of reliable experimental data on the technological parameters inherent in thermal pulse processing, considering the complexity of the processes occurring during the working cycle in a closed volume combustion chamber is investigated. The aim of the work is to develop a special experimental setup for studying the parameters of transient processes of interaction between the combustion products of a gas mixture and workpieces. The following results were obtained. Firstly, an be easily reconfigured stand-alone automatic modular logger of thermal impulse processing in a wide range of parameters and values, which, along with guaranteed protection of sensors and electronic components from the dangerous effects of high temperatures, pressure, and shock waves have been developed. Secondly, a specialized autonomous software and hardware complex that provides polling of sensors and storage of the experimental measurements for further analysis and processing has been developed. Thirdly, an experimental setup, consisting of the experimental chamber with a data logger inside, attached through an accelerating tube to a shock wave generator or a pulse-compression detonation system, depending on the problem being solved has been developed.