1. Attenuating pseudo s-waves in acoustic anisotropic wave propagation

2. There are two kinds of elastic waves in solids a compressional wave and a transverse wave.

3. Waves affected by dispersion have a different wave train shape.

4. Corrective waves are three-wave structures that move in the opposite direction to an impulsive wave

5. Surface wave element with multiple tracks for propagating acoustic surface waves

6. This has plane wave solutions which are transverse waves travelling with velocity c, properties that electromagnetic waves also possess.

7. 20 This has plane wave solutions which are transverse waves travelling with velocity c, properties that electromagnetic waves also possess.

8. 29 The results show that the perturbing waves exist in the form of either propagating wave or evanescent standing wave.

9. Surface wave: Surface wave technology uses ultrasonic waves that pass over the touch screen panel. When the panel is touched, a portion of the wave is absorbed.

10. Numbers from the Fibonacci sequence surface repeatedly in Elliott wave structures, including motive waves (1, 3, 5), a single full cycle (8 waves), and the completed motive (89 waves) and corrective (55 waves) patterns.

11. The ionosphere would be affected and long- wave radio waves wouldn't work any more.

12. Other acoustic wave devices such as acoustic wave resonators, surface acoustic wave delay lines, surface acoustic wave filters, and surface transverse waves can also be removably attached to the rotatable shaft to measure torque.

13. An Analog signal is a continuous wave denoted by a sine wave (pictured below) and may vary in signal strength (amplitude) or frequency (waves …

14. Birefringence is the “bending” or refraction of a light wave into two different polarized waves

15. Said device supplies a direct wave and two perpendicular diffracted waves of H, V polarisation each bearing a modulation based on the input optical wave modulation and the acoustic wave modulation.

16. For all directions of the wave vector unstable waves exist for wavenumbers below a cutoff value.

17. 15 Millimeter wave scanners beam radio waves over the body to create a three-dimensional image.

18. In polymers phonons of the acoustical branches, for wave vectork ≠ 0, can be excited by submillimeter waves.

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

20. A surface wave component has at least one interdigital transducer (10) arranged in the path of interference surface waves in order to eliminate the acoustic interference surface waves.

21. Analytical expressions of dust and fluid velocities have been obtained for small amplitude waves having large wave length.

22. The most generally familiar sort of breaking wave is the breaking of water surface waves on a coastline.

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

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

25. The invention relates to a mass-sensitive sensor comprised of an acoustic surface wave component based on shear waves.

26. Homogeneous wave guide theory is used to derive dispersion curves, vertical pressure distributions, and synthetic Barograms for atmospheric waves

27. Where the diffracted wavelengths are 1/2 wave out of step for each of these colors, the waves destructively interfere.

28. When the interfering waves have slightly different frequencies and different Amplitudes, the resultant wave also shows the phenomenon of beats

29. A special emphasis was placed on understanding the effects of wave obliquity, the angle at which waves impact the LCS.

30. An RF Anechoic chamber is designed to suppress the electromagnetic wave energy of echoes: reflected electromagnetic waves, from the internal surfaces

31. 'Sea waves are a renewable resource, and wave energy technology can provide a clean, unobtrusive and cost-effective alternative,' say the researchers.

32. The larger the breaking waves, the longer the beach and the more oblique the wave approach, the stronger is the longshore current.

33. A substantial proportion of all the transducers are actuated to receive reflected sound waves after the emission of each sound wave impulse.

34. Acoustic surface waves with predetermined wave modes are generated and detected and a parameter for the physical properties of the measuring medium is determined based on propagation behavior of said waves along a propagation path.

35. What does Birefringence mean? The resolution or splitting of a light wave into two unequally reflected or transmitted waves by an optically anisotropi

36. In order to get a 1-step rainbow hologram with large square and wide viewing field, one must place the slit at the imaging lens and use divergent waves as the reference wave and reconstruction wave.

37. If you know how many seconds one full wave takes, then it's easy to work out how many waves go by in one second.

38. The other factor in Attenuation is the disruption of oscillating waves through scattering, or reflection.Scattering occurs when a wave is forced to change direction

39. The cleaning can be supported by shock waves, sound waves, and/or ultrasound waves.

40. 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.

41. The propagation process of the Alfven wave in a shear velocity field is calculated, and the dissipation of Alfven waves in the magnetosphere is given.

42. Breakwaters are designed to reduce wave energy reaching the shoreline by dissipating, reflecting, or diffracting oncoming waves, thereby enhancing deposition and creating a beach where uses compatible with low-wave energies may be implemented (Chasten et al., 1994).

43. SLR will exacerbate the impact of large waves on Atolls’ coral reefs by reducing wave breaking at the reef crest and increasing the water level over the reef flat, which will allow larger waves to reach the shoreline [Fig

44. This is an understatement, as logic will say that if in an impulsive wave there are only two Corrective waves, the second and the fourth one

45. What is Billow? Definition and meaning:Billow bil'-o (gal, 'a great rolling wave'): Figuratively, of trouble, 'All thy waves and thy Billows are gone over me' (.

46. In another major paper from this era, Einstein gave a wave equation for de Broglie waves, which Einstein suggested was the Hamilton–Jacobi equation of mechanics.

47. If eddy viscosity is reduced to less than one, a system of internal waves is created additionally provided the Fourier amplitudes of the wind stress in the internal wave domain reach about 1/10 of those for low wave numbers.

48. ++++ FBC MOROCCO - WAVES FOR ALL ... AND ALL FOR WAVES!

49. Alpha waves.

50. I show how a standing wave is created with the superposition of two traveling waves, define nodes and Antinodes, and show how to find the wavelength, amplitu

51. Love waves travel with a lower velocity than P- or S- waves, but faster than Rayleigh waves.

52. Wave after wave of aircraft passed overhead.

53. Surface acoustic wave resonator, surface acoustic wave oscillator, and surface acoustic wave modular device

54. Surface acoustic wave resonator, surface acoustic wave oscillator and surface acoustic wave module device

55. Alpha waves

56. Surface acoustic wave resonator, surface acoustic wave oscillator, and surface acoustic wave module device

57. Radio wave absorption material and radio wave absorber

58. 5 Electromagnetic wave travels as light wave does.

59. As a result, there is a P-wave "shadow zone" between 103° and 142° from the earthquake's focus, where the initial P-waves are not registered on seismometers.

60. Wave aberration measuring method and wave aberration measuring device

61. Gravitational waves can penetrate regions of space that electromagnetic waves cannot.

62. The computer analysis of electrocardiograms proceeds in the following steps: Collection and storage of analog signals, analog-to-digital-conversion, wave-recognition, measurement of the identified waves and diagnosis.

63. The amplitudes of those secondary waves as well as there frequency dislocation are given depending upon the properties of the primary wave and the geometry of the water billows.

64. Alpha waves increasing.

65. An ideal Elliott wave patterns shows a five-wave advance followed by a three-wave decline.

66. Wave Filter

67. The high shear wave-velocity contrast is detected by measuring, (116), a change in the amplitude of seismic waves reflected from the top of the abnormally pressured formation, (130).

68. Several parameters related to modulation wave, such as wave vector, wave length and argument phase etc.

69. He described the class of MHD waves now known as Alfvén waves.

70. R. N. Elliott's analysis of the mathematical properties of waves and patterns eventually led him to conclude that "The Fibonacci Summation Series is the basis of The Wave Principle".

71. Shorter waves are also affected by surface tension and are called gravity–capillary waves and (if hardly influenced by gravity) capillary waves.

72. Acoustic wave device including a surface wave filter and a bulk wave filter, and method for making same

73. Surface acoustic wave resonator and surface acoustic wave oscillator.

74. They then appear to us as what a classical physicist would call waves, such as waves of light or gravitational waves.

75. In particular laser equipment, devices emitting light, sound waves, shockwaves and electromagnetic waves

76. Check out the best Youtube tutorials to do Beachy waves on short hair with a flat iron, a wand, a curling iron, a deep waver, and some heatless wave techniques.

77. Radio waves are electromagnetic waves with a very long wavelength, measurable in metres.

78. 27 They then appear to us as what a classical physicist would call waves, such as waves of light or gravitational waves.

79. The Aguçadoura Wave Farm was the world's first wave farm.

80. A number of mechanisms have been proposed to explain Coronal heating, The two most commonly proposed mechanisms are wave heating (ion-cyclotron waves) and micro-flare (or nano-flare) heating