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- Dichroism - Wikipedia
Dichroism, in the second meaning above, occurs in liquid crystals due to either the optical anisotropy of the molecular structure or the presence of impurities or the presence of dichroic dyes The latter is also called a guest–host effect
- dichroism – wavelength-dependent transmission, absorption, polarization . . .
The term dichroism can be used for optical elements with a substantial wavelength dependence of the optical properties, or for polarization-dependent absorption
- DICHROISM Definition Meaning - Merriam-Webster
The meaning of DICHROISM is the property of some crystals and solutions of absorbing one of two plane-polarized components of transmitted light more strongly than the other; also : the property of exhibiting different colors by reflected or transmitted light
- Dichroism - an overview | ScienceDirect Topics
Dichroism is the phenomenon in which light absorption changes for different directions of polarization Circular dichroism (CD) refers to the absorption of the two different types of circularly polarized light 69 Nucleic acids have an intrinsic asymmetry because a chiral sugar is present within the structure
- What is Dichroism? - GoPhotonics. com
Dichroism is an optical property of certain materials to selectively absorb light of different polarizations This means that the material will appear to have different colors when viewed through polarizing filters oriented in different directions
- Polarization by Absorption: Dichroism - HyperPhysics
A number of crystalline materials absorb more light in one incident plane than another, so that light progressing through the material become more and more polarized as they proceed This anisotropy in absorption is called dichroism
- Physical Principles of Circular Dichroism | Journal of Chemical Education
Circular dichroism (CD) is the differential absorption of left and right circularly polarized light It arises from molecular electron oscillations that are driven by both the light’s electric and magnetic fields, where the effects are in phase for one circular polarization and out of phase for the other
- Birefringence vs. Dichroism - Whats the Difference . . . - This vs. That
Birefringence and dichroism are two important optical phenomena that arise from the anisotropic nature of materials While birefringence involves the splitting of light into two separate rays with different refractive indices, dichroism focuses on the selective absorption of light based on its polarization
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