冲击波

chōng jī bō
  • shock wave;blast wave;impact wave;blast shock wave;impulse wave
冲击波冲击波
冲击波 [chōng jī bō]
  • [blast shock wave] 指核武器或炸弹等爆炸时由爆炸中心向四周传播具有很大杀伤力、破坏力的高压高速气浪。也指某种事物所产生的巨大影响

冲击波[chōng jī bō]
  1. 而对AlN粉体进行冲击波处理,可以提高粉体的烧结活性,使烧结温度降低25℃。

    The powder can be activated and the sintering temperature can be reduced by 25 ℃ by treating AIN powder with impact wave .

  2. 阐述了湛江海滨HBESWLVG型体外冲击波碎石机X线定位系统和碎石系统的故障维修过程。

    Explains the process of troubleshooting for the X-ray position system and stone breaker system of HB-ESWL-VG impact wave stone breaker .

  3. 地震带来的冲击波在德黑兰也能感觉到。

    The shock waves of the earthquake were felt in Teheran

  4. 人们认为,易挥发的化学物质爆炸时产生了冲击波。

    It 's thought that the blast occurred when volatile chemicals exploded .

  5. 爆炸冲击波震得尼尔喘不过气来,不过他还是得以幸存。

    The blast wave crushed the breath from Neil , but he survived .

  6. 昨天从拉斯维加斯到圣迭戈都感觉到了这几股冲击波。

    The shock waves yesterday were felt from Las Vegas to San Diego .

  7. 爆炸冲击波使含有有毒气体的蘑菇云腾空而起。

    The blast sent a huge mushroom cloud of toxic gas into the air .

  8. 一股强大的冲击波把她向前抛去。

    A violent impact hurtled her forward

  9. 动荷载是由于地震力、不稳定的风、冲击波,往复式机器所产生

    Dynamic loading is produced by seismic forces , non-steady wind , blast , reciprocating machinery .

  10. 该低能冲击波能否引起细胞内的ATP快速释放?

    Whether are the LDSWs able to induce the rapid release of ATP from intracellular plasma ?

  11. 螺旋形双J管在体外冲击波治疗复杂输尿管结石中的应用

    The application of spiral Double - J stent in the treatment of complicated ureteral calculi with ESWL

  12. 冲击波压缩PVDF膜的电响应研究

    Electrical response of PVDF film under shock loading

  13. 冲击波对AlN粉体性能及低温烧结特性的影响

    Effects of shock wave on the AlN powder and its low temperature sintering characteristics

  14. 测试了利用调Q的Nd∶YAG脉冲激光在水中诱导金属钛产生等离子体冲击波的声压和速度。

    The pressure and velocity of the shockwave generated by the Ti induced plasma with a Q-swithced Nd ∶ YAG laser were measured .

  15. 方法采用微创经皮肾输尿管镜碎石取石术治疗肾输尿管结石83例(A组),并与采用体外冲击波碎石术治疗肾输尿管结石188例(B组)进行比较。

    Method : To treat 83 cases of kidney and ureter calculus by Minimally invasive Percutaneous Nephrolithotomy ( Group A ), and compared with 188 cases of Extracorporeal Shockwave Lithotripsy ( Group B ) .

  16. 目的分析体外冲击波碎石术(ESWL)原位治疗输尿管结石的综合疗效。

    Objective To evaluate the curative effect of extracorporeal shock-wave lithotripsy ( ESWL ) for ureteral stone .

  17. 目的探讨影响体外冲击波碎石术(ESWL)疗效的因素。

    ObjectiveTo evaluate the factors which influence the efficacy of extracorporeal shock wave lithotripsy ( ESWL ) .

  18. 目的探讨低能量冲击波ESWL对肾组织结构和肾功能的影响。光镜观察各组肾组织结构的改变;

    AIM To investigate UK effect of low - energy ESWL on renal tissue structure and renal function .

  19. 目的了解非增强螺旋CT的结石CT值对预测上尿路结石体外冲击波碎石(ESWL)后结石排空率的价值。

    Objective To study the value of Hounsfield unit ( HU ) on CT in prediction of stone-free rate of upper urinary calculi after extracorporeal shockwave lithotripsy ( ESWL ) .

  20. 目的探讨输尿管阴性结石经体外冲击波碎石(ESWL)治疗的定位方法。

    Objective To discuss the location method in extracorporeal shock wave lithotripsy ( ESWL ) for ureteral negative calculi .

  21. XRD及SEM分析表明,利用冲击波的高温高压作用可以合成单一钙钛矿相PZT95/5粉体,并使得粉体发生了晶粒细化与晶格畸变,这有利于增强粉体活性,促进低温活化烧结。

    The analyses of XRD and SEM indicate that , the single-phase perovskite PZT95 / 5 powder can be successfully prepared with the effects of high temperature and high pressure of shock wave .

  22. 利用AP-DL语言编程对ANSYS进行二次开发,模拟了地下工程构建过程中,掘进爆破冲击波对喷射混凝土衬砌的损伤影响程度。

    The secondary development of Ansys is done with Ansys Parametric Design Language . The shotcrete lining 's damage degree due to the vibration of the excavation blasting is simulated in underground engineering .

  23. 结果1例输尿管上段结石因前列腺增生症致置镜困难改体外冲击波碎石(ExtracorporealShockWaveLithotripsy,ESWL)治疗。

    Results In 1 case of upper ureteral stones , failure to access the ureteral orifice due to enlarged prostate was encountered , and extracorporeal shock wave lithotripsy ( ESWL ) was employed .

  24. 目的比较输尿管镜钬激光碎石术与体外冲击波碎石术(ESWL)治疗输尿管结石的有效性和安全性。

    Objective To compare the safety and efficacy of ureteroscopy with holmium : YAG laser lithotripsy and extracorporeal shock wave lithotripsy ( ESWL ) for ureteral calculi .

  25. 将扩展的椭圆函数展开法应用到ModifiedImprovedBoussinesq方程,得到了新的解析周期解,包含冲击波解、孤波解和双曲函数解。

    Extended elliptic function expansion method is applied to the solution of Modified Improved Boussinesq function , and new analytic periodic solutions to it is obtained , including the shock wave solution , solitary wave solution , and hyperbolic solution .

  26. 用调Q红宝石脉冲激光辐照PZT压电陶瓷基片表面上的银膜时,观察到所产生冲击波间的调幅现象。

    When the silver film on the surface of a PZT Piezoelectric ceramic slab is irradiated by a Q-Switched ruby laser radiation , an amplitude-modulation Phenomenon accured between the laser induced shock waves has been observed .

  27. 房地产投资直接占中国GDP大约13%,因此该行业若发生崩盘,将会产生冲击波,不仅影响中国,还将殃及大宗商品出口国&这些国家依赖中国建筑业实现自身增长。

    Real estate investment directly accounts for about 13 per cent of GDP so a collapse in the sector would have repercussions , not just in China but for commodity-exporting countries that rely on Chinese construction for their own growth .

  28. 方法:对冲击波暴露后不同时间组采用免疫细胞化学技术(ABC)结合图像分析和听性脑干反应测试技术进行观测。

    To further study the mechanism of blast trauma causing deafness . Methods : After shock wave , different groups of guinea pigs were studied by ABC immunohistochemistry , image analysis techniques and auditory brainstem response .

  29. 结果爆炸冲击波和实验性冲击波负压暴露后8~24h即可见基底膜外毛细胞大部分缺失。

    Results Most of the outer hair cells were lost and lacerating injury was seen in the basilar membrane of guinea pigs in 8-24 h after exposure to explosive blast waves and experimental blast underpressure .

  30. ESWL疼痛产生的主要来源是冲击波穿越皮肤所引起的体表疼痛,其次是冲击波焦点打在肾脏周围所引起的脏器疼痛。

    ESWL is the major source of pain shock waves through the skin surface caused by pain , followed by the shock wave focus to play around in the kidney organ caused by pain .