日前,中国航天科技集团公司五院总环部在空间环境模拟容器内真空冷黑环境下,利用自研超高温模拟系统成功将试验件加热至1850℃,实现了航天器真空热试验超高温模拟技术方面的重大突破。随着我国在深空探测、高超声速飞行器等领域的快速发展,对飞行器及其部件需要结合太空环境或高空低气压环境进行的超高温地面考核试验提出了需求。然而对于1600℃以上的高温,传统真空热试验加热手段已无法模拟。如何 Recently, the fifth Central Aerospace Science and Technology Corporation of China Aerospace Science and Technology Corporation in the space environment simulation of the container vacuum cold black environment, the use of self-developed ultra-high temperature simulation system successfully heated the test piece to 1850 ℃, to achieve a spacecraft thermal test ultra-high temperature simulation A major technological breakthrough. With the rapid development of deep space exploration and hypersonic vehicles in China, the demand for ultra-high temperature ground test for the combination of space environment and high altitude and low pressure environment is put forward. However, for the high temperature above 1600 ℃, the traditional vacuum heat test heating method has been unable to simulate. how is it