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本文研究了一种在烧蚀/侵蚀环境中提供稳定外形和高性能再入的方法。这种方法就是通过排列的一个个音速孔喷射冷气体。这种气体喷射物产生一层较厚的稠密物质。用以减速或破坏进来的粒子和液滴。本文介绍了整个端头体的设计原理,并把在10兆瓦的电弧加热器上做的带粒子流和不带粒子流的两组试验所得数据同所预计的模拟数据进行了比较。
This article examines a method that provides a stable profile and high performance reentry in an ablation / erosion environment. This method is through the arrangement of the sound hole of a jet of cold gas. This gas jet produces a thick, dense mass. Used to slow down or destroy incoming particles and droplets. This paper presents the design principle for the entire tip body and compares the data obtained from the two sets of experiments with particle flow and without particle flow on a 10 MW arc heater with the expected simulation data.