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back scattering
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back scattering
back scattering Physics. [back adv.] The scattering of radiation in a reverse direction from an irradiated substance.1940 Physical Rev. LVII. 29/2 (heading) Disregard of back scattering. It is frequently assumed that all electrons are scattered only in the forward direction. 1946 Ibid. LXX. 602 The ...
Oxford English Dictionary
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Back scattering alignment
The Back Scattering Alignment (BSA) is a coordinate system used in coherent electromagnetic scattering. The alternative coordinate system in electromagnetic scattering is the Forward Scattering Alignment (FSA) which is primarily used in optics.
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forward scattering
forward scattering a. Physics. Scattering in which the direction of the scattered radiation or particles makes an angle of less than ninety degrees with the original direction. b. Telecommunications. Scattering or reflection of high-frequency radio waves by irregularities in the troposphere or ionos...
Oxford English Dictionary
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Coherent backscattering
Even for incoherent radiation, the scattering typically reaches a local maximum in the direction of backscattering. See also
Back scattering alignment (BSA), a coordinate system most commonly used in radar
Forward Scattering Alignment (FSA), a coordinate system primarily
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Forward scattering alignment
The Forward Scattering Alignment (FSA) is a coordinate system used in coherent electromagnetic scattering. The general alternative coordinate system in electromagnetic scattering is the Back Scattering Alignment (BSA) which is primarily used in radar.
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Subsurface scattering
The light will generally penetrate the surface and be reflected a number of times at irregular angles inside the material before passing back out of the As can be seen in the image of the wax head to the right, light isn't diffused when passing through object using this technique; back features are clearly
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lidar
lidar (ˈlaɪdɑː(r)) [f. light n. + radar.] A system for detecting the presence of objects or ascertaining their position or motion which works on the principle of radar, but uses laser radiation instead of microwaves.1963 Bull. Amer. Meteorol. Soc. XLIV. 568/1 Scattering at 180°, or back-scattering, ...
Oxford English Dictionary
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Inelastic scattering
activates the nucleus, putting it into an excited, unstable, short-lived energy state which causes it to quickly emit some kind of radiation to bring it back See also
Scattering theory
Elastic scattering
References
Particle physics
Chemical kinetics
Scattering, absorption and radiative transfer (optics
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why do our eyes not go red in response to body temperature? I know that blood flow increases/decreases in response to temperature change, which is why (lighter-skinned) people go red when they are hot. I know that th...
The (wavelength-independent) scattering dominates over absorption. Instead most scatter back into the retina and are absorbed.
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Dynamic light scattering
Multiple scattering
Dynamic light scattering provides insight into the dynamic properties of soft materials by measuring single scattering events, meaning Back scattering detection (e.g., 173° or 175°) is particularly interesting for turbid and highly concentrated samples, which contain large particles.
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Multiple scattering theory
As pointed out by Jan Korringa, the origin of this theory can be traced back to an 1892 paper by Lord Rayleigh. To apply this theory to x-ray or neutron diffraction we go back to the Lippmann–Schwinger equation, .
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Airplane scatter
Airplane scattering (or most often reflection) refers to the reflection of a radio signal by the metal structure of a passing aircraft. It is observed on radio waves from high frequency to VHF through to microwaves and, besides back-scattering, yields momentary propagation up to even in
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Ballistic conduction in single-walled carbon nanotubes
If a carbon nanotube is a ballistic conductor, but the contacts are nontransparent, the transmission probability, T, is reduced by back-scattering in the If the contacts are perfect, the reduced T is due to back-scattering along the nanotube only.
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List of common shading algorithms
and bounced back out again. Subsurface scattering models include:
Hanrahan–Krueger model of subsurface scattering
Non-photorealistic
Non-photorealistic illumination models don't
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Diffuse reflectance spectroscopy
Remission is the reflection or back-scattering of light by a material, while transmission is the passage of light through a material. : and , while pointing out in a footnote that is a back-scattering coefficient.
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