Hybrid two-stage scheme of cooling the compressed air for the energy-consume individual protection agents

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The paper is devoted to calculation and analysis of the maximum characteristics of the hybrid two-stage scheme of cooling the compressed air, intended for the energy-consume individual protection agents. The given results make it possible to construct the energy-consume individual protection agents for the work under the conditions of the production microclimate with the temperature to 130 °C.

Individual protection agents, production microclimate with elevated temperature, the two-stage scheme of cooling the compressed air, vortex effect, conditioned clothes

Короткий адрес: https://sciup.org/148198601

IDR: 148198601

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