Affiliation:
1. Ustinov Baltic State Technical University “VOENMEH”
2. Ustinov Baltic State Technical University “VOENMEH”; JSC “Design Bureau of Special Mechanical Engineering”
Abstract
On the basis of experimental data on the local values of the combustion rate of condensed systems along the heat-conducting filaments placed therein, regression models were constructed to relate the value of the local combustion rate with such characteristics of heat-conducting filaments as the thermal diffusivity and melting point. The obtained regression model was used to assess a possible expansion of the variation range of the local combustion rate when using various crystalline forms of CVD diamonds as heat-conducting filaments. It was shown that a local increase in the combustion rate could exceed the baseline value by 200 times. The possibility of controlling the transformation of the combustion surface by using heat-conducting filaments with variable characteristics was confirmed.
Publisher
Almaz-Antei Air and Space Defence Corporation
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