1) explosive fuel
爆炸烧料
2) explosive consolidation
爆炸烧结
1.
Shock-state equation of porous materials generalized along equal-pressure lines in explosive consolidation;
爆炸烧结中多孔材料等压推广冲击状态方程
2.
in explosive consolidation of metal powders were studied recur to experiment results.
结合实验结果在细观结构上对金属粉末爆炸烧结过程中颗粒间的微爆炸焊接、微摩擦焊接、微孔隙塌缩等机制进行了分析,用爆炸焊接理论分析了产生上述沉能机制的条件;通过建立无夹角斜碰撞模型分析了颗粒尺度、材料强度、冲击速度、材料的摩擦系数和蓄热能力等因素对摩擦焊接结合质量的影响;借助于多层片组冲击动力学模型提出了使粉末整体升温的微冲击波耗散沉能机制。
3.
The numerical simulation of powder explosive consolidation has been performed in this paper.
用二维流体弹塑性体模型和Ｅｕｌｅｒ算法完成了粉末爆炸烧结的数值模拟；给出了爆炸烧结过程中密度分布和压力分布；研究了炸药和粉末参数对爆炸烧结的影响；讨论了几种实验装置设计方案的效果。
3) explosive sintering
爆炸烧结
1.
Characteristics of CuCr contact materials made by explosive sintering;
爆炸烧结CuCr触头材料的性能
2.
The technique of powder preheating and explosive sintering was used to prepare single phase nano-ceramic, with the raw material of α-Al2O3 powder with grain size about 40nm.
采用预热粉体爆炸烧结技术制备单相纳米陶瓷，用４０ｎｍ的α－Ａｌ２Ｏ３粉体作原料进行烧结试验，用高倍扫描电镜、Ｘ射线衍射分析等手段对试验结果进行了测试。
3.
In this paper, the merits of explosive sintering and its development are introduced first, then the method of explosive sintering and the mechanism of sintering are displayed, the relation of initialized specific volume to Hugoniot line of W-Ti is analyzed according to the discuss of Hugoniot line of pulverous materials.
本文首先对爆炸烧结的优点和国内外发展概况做了说明，接着对爆炸烧结方法和烧结机制作了简介，然后通过对粉末材料冲击绝热线的讨论，分析了W-Ti粉末冲击绝热线与其初始比容间的关系。
补充资料：核爆炸次声波探测(见核爆炸探测)
核爆炸次声波探测(见核爆炸探测)
nuclear explosion infrasound detection
hebaozha eishengbo tanee核爆炸次声波探测(nueleaf。xplosi。。infrasound deteetion)见核爆炸探坝lJ。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条