1. Backscattering - find the meaning and all words formed with Backscattering, anagrams with Backscattering and much more.

2. Backscattering spectrometry of thin films is also considered, and examples of Backscattering analysis are given

3. Back-formation from Backscattering

4. To do so, Backscattering measurement …

5. What does Backscattering mean? Information and translations of Backscattering in the most comprehensive dictionary definitions resource on the web.

6. Definition of Backscattering in the Definitions.net dictionary

7. Backscattering Spectrometry reviews developments in Backscattering spectrometry and covers topics ranging from instrumentation and experimental techniques to beam parameters and energy loss measurements

8. What does Backscatterings mean? Plural form of backscattering

9. Scattering meters such as single-channel backscattering meters, ninewavelength backscattering meters, volume scattering function meters, three-angle volume scattering function meters and turbidity meters

10. Rutherford Backscattering spectroscopy is a unique analysis method for this purpose

11. Rutherford backscattering spectrometry (RBS) is an analytical technique used in materials science.

12. Analyzed tags Backscattering and radar cross-section (RCS) [6-8]

13. Lunar soil surveys were completed using photographic and alpha particle backscattering methods.

14. After setting the stage by looking briefly at the history of Backscattering instruments, we review the current state-of-the-art in Backscattering spectrometers leading to the most recent projects.

15. Provided is a Backscattering type radio frequency identification (RFID) communication system RFID …

16. A Backscattering model for scattering from a randomly rough dielectric surface is developed

17. It enables two battery-free devices to communicate by Backscattering existing wireless signals

18. Low objective numerical apertures of approximately 0.075 yield the maximum observed increases in Backscattering

19. Rutherford Backscattering Spectrometry (RBS) is an ion scattering technique used for compositional thin film analysis

20. Rutherford Backscattering spectroscopy (RBS, named after British physicist Ernest Rutherford) operates on the same principle as ISS

21. The gain as a function of frequency G (f) ⁠, the Alongships and athwarthships angles, and −3 dB beamwidths are estimated by comparing the theoretical backscattering values and the measured backscattering values for a calibration sphere

22. Rutherford Backscattering Spectrometry (RBS) is a widely used method for the surface layer analysis of solids

23. This paper studied the influence of the shear-induced anisotropic microstructure of concentrated suspensions on the ultrasonic Backscattering.

24. Backscattering by both submicron fractions did not vary, but that by larger particles increased, with the trophic level

25. Backscattering (or backscatter) is the reflection of waves, particles, or signals back to the direction they came from

26. In order to use Backscattering for global questions, we need to understand how well both satellite approaches

27. backscattering (plural Backscatterings) (physics) The scattering of waves, particles, or signals back in the direction of their source.

28. There are two main types of satellite sensors that measure Backscattering but they have not been validated worldwide

29. Compton Backscattering is a well‐established method to produce high‐energy photons (γ rays) for nuclear physics experiments

30. The Backscattering crystal analyser is an example of an indirect-geometry spectrometer and is used when higher resolution is required

31. Backscattering of light by particles is an important input for many studies concerning ecology and the carbon cycle

32. A Backscattering type radio frequency identification (RFID) communication system, and more particularly, a Backscattering type RFID communication system in which an RFID tag transmits a signal back to an RF reader by using energy of a carrier wave transmitted by the RFID reader

33. We review the status of neutron Backscattering spectrometers on reactors and spallation sources including the most recent instrument developments

34. Compton Backscattering involves the collision of a low‐energy (eV) photon with a high‐energy (hundreds of MeV) electron.

35. What does Backscattering mean? The scattering of rays or particles at angles to the original direction of motion of g

36. AIB, determined by integrating the curve of ABTF (Equation 2), expresses the average value of apparent Backscattering in the frequency range of interest, while FSAB, the slope of the linear regression line obtained from the curve ABTF vs frequency, is the fraction of apparent Backscattering corresponding to …

37. There are a number of fields that make frequent use of the principles of Backscattering, including meteorology, photography, and medical science.

38. The particulate optical Backscattering coefficient can be used to estimate, through empirical relationships, the concentration of particulate organic carbon (POC) 14, …

39. During descent, pressure, temperature and photometric measurements were made, as well as backscattering and multi-angle scattering (nephelometer) measurements of cloud density.

40. Backscattering definition: the scattering of rays or particles at angles to the original direction of motion of Meaning, pronunciation, translations and examples

41. Question: 1-3: Rutherford’s Backscattering Experiment A Key Experiment In Understanding The Nature Of Atomic Structure Was Completed By Ernest Rutherford In 1911

42. BeyondLabz - 1-3 Rutherford's Backscattering Experiment.docx - alpha particles Alpha particles have a 2 charge and are similar to helium nuclei They Course Hero BeyondLabz - 1 …

43. To determine the optical parameters of turbid media with an unpolarized backscattering light, an oblique incidence geometry with the compound BP neural network has been designed.

44. Transcribed Image Text 1-3: Rutherford's Backscattering Experiment A key experiment in understanding the nature of atomic structure was completed by Emest Rutherford in 1911

45. The theory of Backscattering in single-mode optical fibers is described through use of a correlation function for the refractive-index fluctuation in the fiber

46. Backscattering is defined also as the phenomenon that occurs when radiation or particles are scattered at angles to the original direction of motion of greater than 90°.

47. Ultrasonic Backscattering in blood including its dependence on the hematocrit, plasma proteins, shear rate, and flow disturbance, has been studied extensively theoretically and experimentally in vitro

48. For each survey the mean backscattering cross section of the sampled population was used to scale the integrator outputs to absolute fish density and abundance estimates.

49. The increased Backscattering is strongly dependent upon the illumination wavelength and the numerical aperture of the imaging system, and occurs for nonresonant illuminations of the isolated microsphere

50. In physics, Backscattering refers to the reflection of energy or particles back towards the source of an electromagnetic wave after it comes into contact with an object

51. The Backscattered values of Figure 5 indicate that the water column could be divided into three layers according to the backscattering strength: near surface, water column, and above bed

52. Longer-wavelength laser may be used for low-altitude wind measurement where aerosols are the dominant Backscatters with a reasonably large backscattering cross section at the laser wavelength

53. Protons can also interact with the nucleus of the atoms in the sample through elastic collisions, Rutherford backscattering, often repelling the proton at angles close to 180 degrees.

54. Consequently, the fractional Backscattering contribution by submicron particles decreased from approximately 50% to 30% as the chlorophyll‐a concentration increased from <0.1 to 0.3 mg m−3.

55. Instrument Description BASIS is a near-Backscattering, crystal-analyzer spectrometer that provides very fine energy resolution, as low as 3.0 to 3.5µeV at the elastic peak (depending on sample size).

56. To describe the thermal radiation behaviour of particle-laden flows a mathematical model, based on a physical approach, was developed which takes into account the effects of absorption, scattering and backscattering.

57. Wi-Fi Backscattering is a low-power communications technology that uses radio frequency ( RF ) signals as a power source and reuses the existing Wi-Fi infrastructure to provide RF-powered devices with Internet connectivity.

58. The number of Backscattered electrons generated from the beam-to-sample interaction is described by a coefficient called backscattering coefficient η and is defined as the ratio between the Backscattered current IBSE and the probe current IP

59. The effects of Cyclic strain and the hold time on microstructural changes have been intensively studied through the many Cyclic tests described previously and through electron backscattering diffraction (EBSD) and TEM observations made on some specimens after fracture

60. The number of backscattered electrons generated from the beam-to-sample interaction is described by a coefficient called Backscattering coefficient η and is defined as the ratio between the backscattered current IBSE and the probe current IP

61. Properly interpreting lidar (light detection and ranging) signal for characterizing particle distribution relies on a key parameter, χp(π), which relates the particulate volume scattering function (VSF) at 180° (βp(π)) that a lidar measures to the particulate Backscattering coefficient (bbp)

62. First comparisons of time series of acoustic data with concentrations of SPM derived from conventional techniques (weighing of split-off masses of particulate matter supplemented by measurements of optical attenuation) indicate that the echoes result from backscattering bodies drifting with the water.

63. The lidar can be configured to measure elastic backscattering from aerosols and clouds at the three laser output wavelengths, and at the same time measure VR and RR Backscatterings excited by the 355‐nm laser third harmonic output with high resolution (7.5 m).

64. Backscattering is a type of scattering in which the momentum's direction of the scattered particle or photon changes in a way that the particle's direction gets reversed (head collision of a ball and wall) or the photon is reflected back towards its source (so you can see yourself in the mirror).

65. 物理学において、後方散乱 （backscatter, Backscattering) は波や粒子もしくは信号の、来た方向への反射をいう。 散乱に起因する拡散反射であり、鏡面反射とは異なる。 天文学、写真、超音波検査の分野で応用上重要である。