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Development of an Ablative Insulation Material for Ramjet Applications

机译:开发用于Ramjet应用的消融绝缘材料

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It appears that an optimum ablative composite can be obtained by variation of DE, nanoclay, and carbon fiber to gain the best balance of the objectives of low heat transfer, resistance to ablation, and lower density. It is clear that the objective of lower heat transfer and lower density have been demonstrated. Ablative resistance has been shown to approach that of DC, and trends using carbon fiber in combination with DE would indicate that it could be surpassed. The improvements seen in heat transfer and density could lead to substantial weight savings in the ramjet motor. The new formulations are much easier to process and would potentially improve production throughput and reduce cost.
机译:似乎可以通过改变DE,纳米粘土和碳纤维来获得最佳的烧蚀复合材料,从而在低热传递,抗烧蚀性和较低密度的目标之间取得最佳平衡。显然,已经证明了较低的热传递和较低的密度的目的。已经显示出烧蚀阻力接近DC,并且碳纤维与DE结合使用的趋势表明它可以被超越。传热和密度方面的改进可以使冲压喷气发动机的重量大大减少。新配方更易于加工,并有可能提高生产量并降低成本。

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