A simplified technology for the production of thin-film platinum sensors that are intended for studying the heat transfer in shock tubes and other pulsed aerodynamic installations is described. The inertia… Click to show full abstract
A simplified technology for the production of thin-film platinum sensors that are intended for studying the heat transfer in shock tubes and other pulsed aerodynamic installations is described. The inertia of such sensors and the results of testing them in a shock tube are estimated. The improvement of the results processing technique allowed the recording of heat fluxes with durations of less than 10 μs.
               
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