1. Indirect Shock Wave!

2. Shock wave approaching.

3. shock-wave generators;

4. Lastly, a perpendicular, a parallel magnetohydrodynamics shock wave and aerodynamic shock wave are discuss...

5. Acoustic/shock wave attenuating assembly

6. The shock wave means 100 megatons.

7. Toward a shock-wave fusion reactor

8. Disclosed is an ultrasonic shock wave head for use in lithotripsy, comprising a shock wave source (2) and an acoustic lens (6) for focusing the ultrasonic shock wave generated by the shock wave source (2). A bearing housing (8) for the shock wave source (2) is molded onto said acoustic lens (6) as a single piece.

9. Nodes and Antinodes of Standing Wave

10. We are clear of the shock wave.

11. Brace for shock wave, bow to stern.

12. A wave of shock and consternation shook India .

13. Negative, sir.The subspace shock wave originated at bearing

14. Standing wave reduction in direct-field acoustic testing

15. Active non-implantable devices for shock-wave therapy (lithotripsy)

16. Laser chamber with minimized acoustic and shock wave disturbances

17. There'll be a massive shock wave on our tail.

18. Acoustic pressure wave/shock wave mediated processing of biological tissue, and systems, apparatuses, and methods therefor

19. Antinode is a point on a standing wave where the wave has a peak amplitude

20. In standing wave …a node is a vibrating Antinode (A)

21. What do absorption rates have to do with shock wave control?

22. The shock wave tenderizes and at least partially sterilizes the meat.

23. A full minute later the shock wave slams into the sea.

24. Antinode: the position of maximum displacement in a standing wave system

25. Research on production of air blast shock wave and its propagation rule.

26. The acoustic filter may apply an acoustic standing wave to the fuel.

27. Mach number, critical Mach number, compressibility buffet, shock wave, aerodynamic heating, area rule;

28. The underlying physical principle and the shock wave machine have been described elsewhere.

29. 29 The results show that the perturbing waves exist in the form of either propagating wave or evanescent standing wave.

30. Adjacent Antinodes of a standing wave on a string are 15.0 cm apart

31. A phase switch and a standing wave linear accelerator with the phase switch

32. Once a nucleation has occurred, the acoustic shock wave is picked up by microphones.

33. The blast and resulting shock wave killed 30 people and injured more than 2,200.

34. An inflator (20) from which gas is released using a shock wave is provided.

35. The activating and sintering characteristics of hydroxyapatite agglomerate treated by shock wave were studied.

36. Methods and apparatuses for generating a steerable pressure field in a shock wave lithotripter

37. To date, extracorporeal shock wave lithotripsy (ESWL) has been successfully used with awake anaesthesia.

38. When a sound wave strikes the spheres at one end of the acoustic lens, the sound gets converted into a type of shock wave known as a solitary wave.

39. Shatalov surmises that the shock wave from another plane's sonic boom was to blame.

40. Detonation velocity is the speed with which the detonation shock wave travels through the explosive.

41. However, Allen demonstrated that a blunt body, although it had greater drag, would have a detached shock wave which would transfer far less heat to the vehicle than the traditional shape with its attached shock wave.

42. Described herein are shock wave devices and methods for the treatment of calcified heart valves.

43. The shock wave was felt even in my plane, several miles away from the harbor.

44. 1 day ago · Potential energy at the Antinode of a standing wave

45. An air space at least partially surrounding the outer tank helps to contain the shock wave.

46. The first case is an example for relaxation to favour the formation of a shock wave.

47. Monday the London Metal Exchange base metals are mostly out of shock wave of market consolidation.

48. It has important technological value and good prospect for conducting research on shock wave compression technique.

49. A shock wave raced across the city and its waterways, knocking sailboats flat in the water.

50. Antinode: For a standing wave, the region or point of maximum amplitude between adjacent nodes.

51. A remarkable new treatment introduced in Munich, Germany, in 1980, is called extracorporeal shock wave lithotripsy.

52. A number of shock waves, generated from simulating percussive drilling, have been measured using drop hammer test device and dynamic measurement system for shock wave.

53. Fracturing device using shock wave of plasma reaction and method for extracting shale gas using same

54. Both groups of patients received navigated and X-ray-assisted, focused shock-wave treatment at weekly intervals.

55. The “sonic boom” is heard along the flight path wherever the shock wave intersects with the ground

56. Another technique more commonly used today, called extracorporeal shock wave lithotripsy (ESWL), requires no surgery at all.

57. In 1914 C.E. this earth was struck by a shock wave from which it has never recovered.

58. The rising slope of Fort Needham protected some areas from the immediate effects of the shock wave.

59. Experimental techniques based on the dynamics of shock wave attenuation were used to produce decaying triangular shock pulse in LY12 Al samples of plate-impact spall tests.

60. Explosion field of FAE are divided into three zones: cloud zone, boundary zone and shock wave zone.

61. As this strong shock wave races outward from the impact site, it raises a storm of dust.

62. When either a plane acoustic wave or a weak shock wave is incident upon an infinite wall, the boundary-layer correction to the reflected wave becomes large if the angle between the wave front and the normal to the wall approaches zero.

63. The sharp release of pressure, after the buildup by the shock wave, is heard as the sonic boom.

64. ∙nucleon−1 incident momentum are studied by means of the photoemulsion technique, to search for shock-wave phenomena.

65. When optical breakdown occurs, a microbubble forms and a shock or pressure wave is emitted (i.e., acoustic emission).

66. Transmission and reflexion of plane acoustic waves through a longitudinal shock wave in elastic isotropic solids are investigated.

67. In some AOMs, two acoustic waves travel in opposite directions in the material, creating a standing wave.

68. Methods for preparing a biological tissue specimen for examination, such as microscopic examination, that involves applying acoustic pressure wave/shock wave (APW/SW) energy to the tissue specimen.

69. Further, the angled reflector (116, 118) may have a reflective surface with acoustic and shock wave absorbing properties.

70. For sufficiently high drive pressures an imploding shock wave is launched into the gas by the collapsing bubble.

71. What does Antinode mean? For a standing wave, the region or point of maximum amplitude between adjacent nodes

72. An system and method for applying acoustic pressure waves including a pad coupled with a shock wave applicator coupler.

73. Within less than 1 millisecond the steep- fronted shock wave has traveled some distance ahead of the isothermal region.

74. Transfer your data for standing wave with 3 Antinodes using 150 g hanging mass to the table below

75. In a sense, these points are the opposite of nodes, and so they are called Antinodes. A standing wave pattern always consists of an alternating pattern of nodes and Antinodes. The animation shown below depicts a rope vibrating with a standing wave pattern

76. The dynamics of an adiabatic gas–filled bubble in a viscous liquid is studied when subjected to a tension wave produced by a shock wave reflected off the water surface.

77. The favorable results after shock wave therapy at four months were stable at the one-year follow-up evaluation.

78. When a standing wave pattern is established in a medium, the nodes and the Antinodes are always located at the same position along the medium; they are standing still

79. Shock (economics) Supply shock "Demand Shock".

80. The distance between a node and the nearest Antinode of a standing sound wave in air is 5.73 m