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 Circular Dichroism
EP35884
Poster Title: Circular Dichroism
Submitted on 01 Mar 2021
Author(s): Creative Proteomics
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Poster Views: 173
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Poster Information
Abstract: A chiral substance can rotate its polarization plan when plane-polarized light passes through it. This phenomenon is called optical rotation. Here is the reason for the optical rotation: when the left-handed light and the right-handed light that make up the plane polarized light propagate through a chiral material, their refractive indices are dierent (nR≠nL). Therefore, the propagation speed of the circularly polarized light in the two directions in the chiral material is dierent (vR≠vL), which leads to the rotation of the polarization plane.Summary: A chiral substance can rotate its polarization plan when plane-polarized light passes through it. This phenomenon is called optical rotation. Here is the reason for the optical rotation: when the left-handed light and the right-handed light that make up the plane polarized light propagate through a chiral material, their refractive indices are dierent (nR≠nL). References: https://www.creative-proteomics.com/pronalyse/Report abuse »
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