hypervelocity impact的例句大全

Some of the Whipple shield hypervelocity impact results, which were obtained at Hypervelocity Aerodynamics Institute ( HAI), China Aerodynamics R& D Center ( CARDC), are provided in this paper, as bench mark test results for the validation of various numerical simulation software.

为提供验证超高速撞击数值仿真所需的试验结果，给出了在中国空气动力研究与发展中心超高速所进行的铝质Whipple屏超高速撞击试验部分结果。

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Simulation of Space Debris Hypervelocity Impact Using Two Stage Light Gas Gun

二级轻气炮模拟空间碎片超高速碰撞试验技术

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Numerical simulation of space debris hypervelocity impact using SPH method

空间碎片超高速碰撞数值模拟的SPH方法

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Material Design for Hypervelocity Impact Resisting

防护超高速碰撞破坏的材料设计

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The phenomenon of cratering during a hypervelocity impact of a spherical projectile upon a thick metallic target has been investigated experimentally, the highest velocity of projectile experiment with being 7.5km/s.

介绍了对高速球形弹丸撞击金属厚靶的开坑现象所进行的实验研究。最高弹速为7.5km/s；

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multi-stage detonation system& a new loading technology for studying hypervelocity impact

多级爆轰驱动&研究超高速碰撞的一种新的加载技术

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Hypervelocity Impact Test Results of Whipple Shield for the Validation of Numerical Simulation

用于验证数值仿真的Whipple屏超高速撞击试验结果

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Numerical simulation of the whipple shield under hypervelocity impact

超高速碰撞下Whipple防护结构的数值模拟

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Experimental Study on Composite Structure Models for Hypervelocity Impact Resistance

抗动能多功能复合材料结构模型试验研究

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Following the analysis of the normal hypervelocity impact, the characteristics of debris clouds obtained by oblique hypervelocity impacts are simulated.

在超高速正碰撞的基础上，进一步对超高速斜碰撞碎片云特性作了数值研究。

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laser shadowgraph for the visualization of hypervelocity impact debris cloud

超高速碰撞碎片云的激光阴影照相技术

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effect investigation of debris cloud hypervelocity impact perforation on pressurized module interior pressure and temperature

碎片云撞击密封舱穿孔对其内压力和温度影响研究

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research on hypervelocity impact acceleration technology and applications

超高速撞击加速技术及其应用研究

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Determine the gap between spherical bullets and non-spherical bullets in debris cloud feature length, features the speed, feature quality, the front plate damage features, the back plate damage features. Finally, Analysis hypervelocity oblique impact features of spherical bullets and non-spherical bullets.

确定了非球形弹丸在碎片云特征长度、特征速度、特征质量、前板损失特征、后板损伤特征与球形弹丸之间的差距。

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Crater Distribution on the Rear Wall of Aluminum Dual-sheet Structure under Hypervelocity Normal Impact

铝双层板结构超高速正撞击后板弹坑分布

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