Mie scattering of infinite cylinder (light parallel to axis)

In summary, the conversation discussed the topic of scattering of light from particles, specifically Mie scattering of cylinders. The individual was seeking resources on the treatment of this problem when light propagates parallel to the axis of the cylinder. Two papers were suggested as potential sources of information, although it was noted that some series may diverge in this case.
  • #1
protolocke
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I've been reading a few books on scattering of light from particles, in particular mie scattering of cylinders. At first I want to look at infinite cylinders, then finite cylinders once I understand a bit better.

The problem is that all of the books I've looked at treat the problem where light propagates perpendicular to the axis of the cylinder, not parallel to it. Is there a book/paper somewhere which treats this case?
 
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  • #2

1. What is Mie scattering of infinite cylinder?

Mie scattering of infinite cylinder refers to the phenomenon of light being scattered by a cylindrical object with an infinite length and a finite diameter. This type of scattering is named after German physicist Gustav Mie, who first described it in his studies of light scattering by spherical particles.

2. How does Mie scattering of infinite cylinder differ from other types of scattering?

Mie scattering of infinite cylinder differs from other types of scattering, such as Rayleigh scattering, in that it takes into account the finite size and shape of the scattering object. This means that it can accurately describe the scattering of light by objects that are larger than the wavelength of the incident light.

3. What factors affect the intensity of Mie scattering of infinite cylinder?

The intensity of Mie scattering of infinite cylinder is affected by several factors, including the size and shape of the scattering object, the wavelength of the incident light, and the refractive index of the material the object is made of. Additionally, the angle of incidence and the polarization of the incident light can also affect the intensity of the scattering.

4. How is Mie scattering of infinite cylinder used in scientific research?

Mie scattering of infinite cylinder has various applications in scientific research, such as in the study of atmospheric and oceanic particles, the characterization of biological cells and tissues, and the analysis of nanoparticles. This type of scattering can provide valuable information about the size, shape, and composition of the scattering objects.

5. Can Mie scattering of infinite cylinder be accurately modeled?

Yes, Mie scattering of infinite cylinder can be accurately modeled using mathematical equations and computer simulations. However, the complexity of the mathematical models increases with the size and shape of the scattering object, making the calculations more challenging. Hence, simplified approximations are often used in practical applications.

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