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一、概述工程热物理是与能源生产、利用、开发、节约、转换、传递等有关的基础和应用学科。它与物理学、化学、化学工程、环境工程、生物技术、航天和航空技术都有密切的联系。就其涉及的学科分支而言,通常包括工程热力学、热流体力学、传热传质学、燃烧学,两相及多相热物理学、热物性及热物理测试技术,热力系统的动态特性及动态过程仿真,新能源的利用等。全国与工程热物理学科有关的高等院校的系、专业,科学院、国防科工委及各部委所属研究机构中的所、室约数百个单位。其中有影响和有成就的专家达千余人。其专业分工细,单位
First, an overview Engineering thermophysics and energy production, utilization, development, conservation, conversion, transfer and other related basic and applied disciplines. It is closely related to physics, chemistry, chemical engineering, environmental engineering, biotechnology, aerospace and aviation technology. The disciplines it deals with generally include engineering thermodynamics, thermofluid mechanics, heat and mass transfer, combustion, two-phase and multi-phase thermophysics, thermophysical and thermophysical testing techniques, dynamic behavior of thermodynamic systems and Dynamic process simulation, the use of new energy sources. National and Engineering Thermophysics related institutions of higher learning, Department of Science, Academy of Science, National Defense Commission and the ministries affiliated research institutes in the institute, about a few hundred units. Among them there are more than 1,000 influential and accomplished experts. Its professional division of labor, units