Oh, multiple + scattering + polarization

Thread starter schordinger
Start date Jul 2, 2004
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Multiple Polarization Scattering

In summary, multiple scattering is a phenomenon where a particle or wave interacts with matter multiple times, resulting in changes in direction or energy. It can affect polarization by changing the orientation of scattered waves compared to the incident wave. Polarization refers to the orientation of electric and magnetic fields in an electromagnetic wave, which can be altered in multiple scattering due to interactions with matter. The degree of polarization is influenced by factors such as the properties of the scattering medium, angle of incidence, and wavelength of the incident light. Multiple scattering and polarization are studied through experimental techniques like polarimetry and scattering measurements, providing insights into the nature of the scattering medium and interactions involved.

Jul 2, 2004

schordinger

I know scattering would give polarized light on the in
90 degree of the beamdirection, but...how about somewhat
"multiple scattering" ??
how it affect the polarization ??

the concept of multiple scattering far too difficult for me,
can any guy explain that to me pls??

Thx

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Jul 2, 2004

Nenad

what do u mean bu scattering?

1. What is multiple scattering?

Multiple scattering is a phenomenon in which a particle or wave undergoes multiple interactions with matter, resulting in a change in its direction or energy. This can occur in various systems, such as light scattering in the atmosphere or electrons scattering in a material.

2. How does multiple scattering affect polarization?

Multiple scattering can cause polarization of light to change, as the scattered waves may have different orientations than the incident wave. This can result in a decrease in polarization intensity or a change in the polarization direction.

3. What is polarization in the context of multiple scattering?

Polarization refers to the orientation of electric and magnetic fields in an electromagnetic wave. In the case of multiple scattering, the polarization of the scattered wave may differ from that of the incident wave due to interactions with matter.

4. What factors influence the degree of polarization in multiple scattering?

The degree of polarization in multiple scattering can be influenced by several factors, including the properties of the scattering medium, the angle of incidence, and the wavelength of the incident light. Additionally, the number of scattering events and the size and shape of the scattering particles can also play a role.

5. How is multiple scattering and polarization studied in scientific research?

Multiple scattering and polarization are studied using various experimental techniques, such as polarimetry and scattering measurements. These techniques allow scientists to analyze the polarization changes and scattering patterns of light or particles, providing insights into the nature of the scattering medium and the interactions involved.