震波

zhèn bō
  • seismic wave;earthquake wave
震波震波
震波 [zhèn bō]
  • [seismic wave] 因震源的震动力所形成的力学波

震波[zhèn bō]
  1. 开采探测实践表明,震波CT技术对底板破坏规律探测具有连续的动态效应,其适用性强,应用效果显著。

    Engineering practice shows that the seismic wave CT has notable effect on the failure depth detection of floor , and it has dynamic characteristic and better applicability .

  2. 震波技术在高瓦斯突出矿井中的应用

    Application of Seismic Wave Technology to High Gassy and Outburst Mine

  3. 断层构造在矿井工作面震波CT反演中的特征显现

    Character appearance of fault structure in seismic wave CT inversion for mine work faces detecting

  4. 采煤工作面地质异常体震波CT探测技术

    Application of seismic wave CT technology to detect geological abnormal structure in coal mining face

  5. 通过在煤矿巷道松动圈震波测试的应用实例,说明了单孔检层与跨孔CT方法是一种有效的围岩松动圈测试方法。

    Through applied examples and effects in mine roadway , it 's proved that one-bore and two-bores CT method are an effective method in broken zone detecting .

  6. 目的观察高能震波(highenergyshockwaves,HESW)治疗骨折不愈合的疗效及安全性。

    Objective To observe the clinical results of the high energy shock waves ( HESW ) for treatment of nonunions of long bones .

  7. 震波CT透射层析技术对地质异常体精细探查能力较强,在矿井工作面地质异常精细探查方面具有重要的应用价值。

    Seismic CT transmission tomography technology has a stronger ability in detecting fine geological anomalous bodies . With an important application value in fine geological anomaly detection of mine working face .

  8. 如与体外震波碎石(ESWL)结合疗效更好。

    The result would be better if used combined with extracorporeal shock wave lithotripsy ( ESWL ) .

  9. 目的探讨体外震波碎石(ESWL)治疗肾结石的有效性。

    Objective To explore the effectiveness of extracorporeal shock wave lithotripsy ( ESWL ) therapy for renal calculi .

  10. 目的比较体外震波碎石术(ESWL)与大力钳碎石术治疗膀胱结石的疗效。

    Objective To compare the efficienty of bladder stone by extracorporeal shockwave lithotripsy ( ESWL ) and energetically lithotrite .

  11. ESWL前置入双猪尾形导管治疗肾鹿角形结石体外震波碎石术的疗效研究

    Double-J catheter placement before ESWL for the management of patients with renal staghorn calculi Study on the Treatment with ESWL

  12. 目的探讨体外震波碎石术(ESWL)后出现新的高血压及其可能的原因。

    Objective Discuss whether there are new hypertension following extracorporeal shock wave lithotripsy ( ESWL ) and its possible reason .

  13. 本文作者报告超声定位单一原位体外震波碎石(以下简称ESWL)治疗输尿管结石167例。

    Authors reported that 167 cases of ureteral stones haven been treated with ultrasound localization by the single original ESWL .

  14. 目的对肾绞痛急性发作期进行体外震波碎石(ESWL)治疗的临床价值进行探讨。

    Objective To discuss the clinical value of extracorporeal shock wave lithotripsy ( ESWL ) for renal colic at acute stage .

  15. 对理论值与实测值的比较分析表明,该原理模型PDE能产生脉冲爆震波和推力。

    The comparison of the calculated results with the measured data shows that the PDE model can produce the pulsed detonation wave and thrust .

  16. 泌尿系结石患者体外震波碎石前后血清和尿液SST,SOD,6-OH和EGF变化的研究

    Changes of SST , SOD , 6-OH and EGF in Serum and Urine of Patients with Urinary Calculi before and after ESWL

  17. 在汽油空气吸气式脉冲爆震发动机(PDE)协调工作的基础上,利用动态压力传感器测量了爆震波峰值压力。

    Based on the coordinately working of air-breathing gasoline-air pulse detonation engine ( PDE ), the pressure peaks of detonation wave were measured using pressure sensor .

  18. 目的:评价体外震波碎石术(ESWL)在治疗绞痛性输尿管结石的临床效果。

    Objective : The purpose of this study was to evaluate the clinical effect of extracorporeal shock wave lithotripsy ( ESWL ) in treating anginal ureterolith .

  19. 对于螺旋钝体,因为钝体表面有利于激波反射及火焰、激波的相互作用,所以产生的热点可以螺旋传播,缩短DDT距离,提高爆震波峰值压力。

    For spiral obstacle , it can reduce DDT distance , improve the peak pressure of detonation because its surface was benefit for interaction of shock wave and flame .

  20. 结论:慢速ESWL能增加结石的排净率、降低总震波冲击数。

    Conclusions : The slow ESWL rate is associated with a significantly higher success rate at a lower number of total shock waves compared to the fast ESWL rate .

  21. 高能震波治疗对Colles骨折后Sudeck萎缩患者骨密度的影响

    Effects of high energy shock waves on the bone mineral density in patients with Sudeck 's atrophy after the fracture of Colles

  22. 本文在ZND爆震波理论基础上,结合脉冲爆震发动机工作原理,介绍了单次爆震火箭式脉冲爆震发动机推力,比冲性能参数的计算方法。

    Based on the theory of ZND detonation wave , the operating process of the pulse detonation engine ( PDRE ) is introduced .

  23. 研究了不同部分充填比例对煤油/空气气动阀式脉冲爆震发动机(PDE)的爆震波压力特性影响,初步分析了部分充填的爆震管内一系列波相互作用的机理。

    Effects of partial detonable mixture filling proportion on detonation wave pressure properties of kerosene / air pneumatic-valve pulse detonation engine were investigated . A preliminary analysis of a series of wave 's reciprocity was carried out .

  24. 行EPS加体外震波碎石术(ESWL)及ESWL加胰管内支架引流术(ERPD)各1例,且于半年后复查胰石消失;

    In 2 patients , one was treated with extracorporeal shock wave lithotripsy ( ESWL ) and endoscopic retrograde pancreatic drainage ( ERPD ), another with EPS and ESWL , the PDS were all disappeared in 6 months .

  25. 不同扰动螺纹螺距内径比对爆震波的形成有一定的影响,当螺距内径比约为0.77时可以产生稳定的、充分发展的爆震,而且对应的DDT距离较短。

    Different screw-pitch and inner diameter ratios can affect the formation of the detonation wave . Steady and fully-developed detonation waves are successfully obtained when screw-pitch and inner diameter ratio is approximately 0.77 , with the shortest deflagrate to detonation transition ( DDT ) distance .

  26. 试验发现,该PDE样机在频率50Hz以内都能够稳定的以间歇方式工作,爆震波峰值压力大于1.6MPa;

    Based on the experiment research , the PDE model can steadily and periodically operate at the designed frequency of 50 Hz , and the peak valuable of detonation wave pressure is more than 1.6 MPa .

  27. 震波冲击了墨西哥的恰帕斯州(Chiapas)及危地马拉沿海地区,远在600多英里以外的墨西哥城也有震感。

    The quake sent shockwaves through the Mexican state of Chiapas and along the Guatemalan coast , and was felt as far as Mexico City more than 600 miles away .

  28. 如果与Scrin对战,而你的敌人建造了震波部队,或者你看到一个摄魂师从传送门里走出来,不要犹豫,建造这些狙击手。

    When playing against a Scrin , and your enemy is building Shock Troopers , or you see a Mastermind come out of the portal , get those Snipers up .

  29. 结论:体外高能震波治疗Sudeck萎缩疗效确切,尤其在改善骨质疏松方面较传统疗法具有显著的优势。

    CONCLUSION : The extracorporeal high energy shock waves has valid effect on Sudeck ' atrophy . The advantage is apparent as compared with the traditional treatment , especially in the treatment of osteoporosis .

  30. 对氢氧爆震波的形成和传播过程进行数值计算,结果表明,应用CESE方法和基元化学反应模型能够成功地模拟氢氧爆震波的精细结构。

    The numerical calculation of the formation and propagation process of oxy-hydrogen detonation wave was made . Results show that CESE method and elementary chemical reaction model are applicable to simulate the refined structure of oxy-hydrogen detonation wave .