$Index of Refraction and Absorption$

Index of Refraction and Absorption

Update: 2009-09-01

Description

We use the classical electron oscillator model to derive the functional form of the index of refraction in material as well as the absorption, which we relate to the cross section.

Comments

In Channel

Laser frequency stabilization

2009-12-0101:11:35

Ultrafast Spectroscopy

2009-11-1901:03:55

Short Pulse Generation

2009-11-1701:16:59

Raman Scattering

2009-11-1001:15:09

Stimulated Raman Spectroscopy

2009-11-1001:15:11

Nonlinear Spectroscopy

2009-11-0501:17:12

Emission Spectroscopy

2009-10-2901:13:59

Absorption Spectroscopy

2009-10-2701:17:07

spectral line profiles

2009-10-2201:15:28

Interferometers

2009-10-1301:15:40

Spectrometer Operation

2009-10-0801:19:02

Photodetectors

2009-10-0601:20:55

Tunable Lasers

2009-09-2901:14:18

Fundamentals of Lasers

2009-09-2401:18:47

Molecular Absorption

2009-09-2401:02:02

Molecular Energy Levels

2009-09-2401:20:38

Energy Levels

2009-09-1501:15:57

Gravity Measurements

2009-09-1001:11:38

Quantum Model of Absorption

2009-09-0301:17:05

$Index of Refraction and Absorption$

Index of Refraction and Absorption

2009-09-0101:11:40

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$Index of Refraction and Absorption$

Index of Refraction and Absorption

#box-pro-ellipsis-176607670549411{-webkit-line-clamp:2;}Index of Refraction and Absorption

Index of Refraction and Absorption

Peter Beyersdorf

Index of Refraction and Absorption