hypervelocity中文是什么意思

• n.
  超高速，特超声速〔指太空飞船或核粒子等的运动速度〕。
  

• hypervelocity acceleration    加速到极高速, 极高速时的加速度
• hypervelocity aerodynamics    超高速空气动力学
• hypervelocity characteristics    极高速飞行特性
• hypervelocity deceleration    极高速减速
• hypervelocity flight    极高速飞行
• hypervelocity glider    极高速滑翔器
• hypervelocity gun    高超音速炮
• hypervelocity heating    极高速加热
• hypervelocity impact    超高速碰撞; 高速碰撞
• hypervelocity launcher    极高速发射装置
• hypervelocity missile    极高速导弹
• hypervelocity particle    超速粒子
• hypervelocity projectile    超高速弹
• hypervelocity range    极高速范围
• hypervelocity rocket    极高速火箭
• hypervelocity round    超高速弹
• continuous hypervelocity wind tunnel    连续式极高速风洞
• hypervelocity aircraft rocket    极高速航空火箭
• hypervelocity armor-piercing    超速穿甲弹
• hypervelocity dynamic test    极高速动力试验
• hypervelocity experimental facility    超高速实验设备
• hypervelocity guided missile system    超高速导弹系统
• hypervegetative    高植物性机能体型的
• hypervariable tandemly repeated dna    高度串联重复dna

• This is the first time to utilize the method to simulate two - dimensional impedance gradient flier quasi - isentropic compression and launch the flier to hypervelocity in our country
  我们给出的计算结果与sandia实验室超高速发射实验模型的实验结果和cth程序计算结果是一致的。
• Microwave interferometer is used to the measurement of electron density in the wake of hypervelocity projectiles . this is important to the development of aerospace and national defence
  将微波干涉仪系统用于测量弹道靶尾迹的电子密度,这对航天、国防等事业发展都有着重要的意义。
• The technology renovation project " application of frequency sweep microwave interferometer method to the measurement of electron densities in the wake of hypervelocity projectiles " is the research work of this thesis
  具体要求是将所研制的扫频式微波干涉仪应用于某气动物理靶中对等离子体尾迹进行电子密度的测量。
• Because these projectiles attain hypervelocity within the atmosphere and are subjected to enormous heating as well as aerodynamic loads , the survivability of the front region of projectile wing is very important for designer to consider
  由于这类弹丸在大气中高速飞行，并受到剧烈的气动加热及空气动力负荷的作用，因此，弹翼前缘部的生存能力就成为弹丸设计中必须要考虑的问题。
• This impact is attributed to the hypervelocity impact , which leads to very serious aftereffects , can result in the failure of partial functions of the spacecraft and even the termination of the whole missions . one more the impacts will threaten the safety of the astronauts for manned aerospace
  这类撞击属于超高速碰撞的范畴,后果极其严重,可能导致航天器部分功能的失效甚至任务终止,对于载人航天来讲,还对乘员的人身安全形成严重威胁。
• As a result , the p - v curve of the target was a quasi - isentropic compression curve , which consisted of small hugoniot curves ( similar to isentropic curves ) from different original states , and was located betwee n the hungoniot curve and isentropic curve but closer to the latter . finally , on a two - stage light - gas gun , titanium alloy projectiles ( with mass of 0 . 35 ~ 2 . 80g ) were driven intact to hypervelocities as over 15km / s by 93w - ofc - tc4 - a1 - mb2 system flier - plate with graded wave impedance , although the fl
  在二级轻气炮上，利用93w - ofc一tc4一al一mb :系波阻抗梯度飞片成功将克量级( 0 . 35一2 . 809 )钦合金二级飞片发射到了15kln / s以上的超高速度，且二级飞片主体是完整性，但其平面性和飞行姿态还有待于今后的深入研究。
• A numerical simulation software is developed that can be used to simulate standing oblique detonation waves in hypervelocity flight conditions . reasonable parameters and advanced method are provided for the application of standing detonation propulsion technology . the main points are as follows : the mathematical model is developed that can be used to analyze the properties of planar standing oblique detonation waves
  通过对驻定斜爆轰波形念的理论分析和数值模拟，对高超音速条件下斜爆轰波的稳定性现象进行了系统研究，探讨了产生驻定斜爆轰波的临界条件，开发了平面和锥形驻定斜爆轰波流场数值模拟软件，为驻定爆轰推进技术的应用提供合理的系统参数和先进手段。
• Flier - plate with graded wave impedance , which can be regarded as a new type of functionally graded material ( fgm ) since its wave impedance changes gradually along the thickness direction and thus can be used to generate quasi - isentropic compression energy waves in targets or drive projectiles to hypervelocities , has come to show great potential for the application in dynamic high - pressure technique
  波阻抗梯度飞片作为一类新型的功能梯度材料( fgm ) ，因其波阻抗值沿厚度方向呈梯度变化而具有准等熵压缩特性并能进一步用于超高速发射中，可以看作是fgm的优异特性在动高压物理领域中的应用新拓展。
• The study is unfolded as the below : first , analyze the hypervelocity impact character , particular seeing about thin plate perforation , debris cloud character , thick plate crater , double plate impact feature , and take numerical simulation for thin plate perforation . then sum up intestine and outside formulary about perforation and crater
  首先,通过对超高速撞击特性进行分析,详细考察了薄板穿孔、碎片云特性、中厚板成坑及双层板的撞击特性,对薄板穿孔特性进行数值模拟,并总结了国内外一些穿孔和成坑公式。

• hypervelocityとは意味：{名} : 超高速度｛ちょう こうそくど｝