Fiber technology 
related topic Fiber technology |
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Acceptance angle Acceptance angle of a fiber |
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Dioptre plan : étude de la réfraction en Français |
| Fiber
optics fiber optics and Snell's Law |
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Fibre Optics acceptance angle, dispersion |
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Fibre optique en Français |
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Optical Fiber
Calculations Light Profile in Optical Fiber |
| Optical fiber networks |
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Refraction When a wave enters a different medium with different structure -
eg crystalline structure different, or a glass or a covalent molecular gas, its
velocity will alter, ... |
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Snell's
Equation Applet This simulation can help you see what happened to light beam
when it goes from one medium into another |
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Snell's Law Applet
This simulation can help you see what happens to a light
beam when it goes from one medium into another. The light beam is refracted
according to Snell's Equation, Snell's Law |
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Snell's Law
Snell's Law, laser view |
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Snell's Law |
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Horizontaal |
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Laser technology
related topic Fiber technology |
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Absorption and Emission of Radiation by an Atom Animation that shows the
process of absorption and emission of photons by atom |
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Diode Lasers
Semiconductor diode lasers having sufficient power output to be
useful in optical microscopy are now available from a host of manufacturers |
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Laser |
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Laser
adventure web site Laser Radiation Interactive JAVA Applets, Lasing
Processes, Laser Cavity, Laser Gain, Laser Types, Radiation Properties, Glossary
of Laser Terminology, Controlling Radiation, Holography |
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Laser Cavity Resonance Modes and Gain Bandwidth
In a typical laser, the
number of cavity resonances that can fit within the gain bandwidth is often
plotted as a function of laser output power versus wavelength. This interactive
tutorial explores how varying the appropriate frequencies can alter curves
describing the number of cavity modes and gain bandwidth of a laser |
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Laser Diffraction Pattern
This Demonstration considers the diffraction pattern produced by shining a laser
beam through a slit. The intensity of the pattern can be computed using a
convolution integral that has a closed-form expression in terms of error
functions |
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Laser Beam in
an Optical Cavity This applet shows how the laser beam is built inside
different cavities, and how the radius of curvature of the laser mirrors, and
the cavity length, determines the beam divergence |
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Laser cavity Laser cavity |
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Laser
dynamics Laser dynamics and
optical loss |
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Laser operation
spontaneous and stimulated processes |
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Laser operation
This applet illustrates a schematic operation of a laser |
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Laser Physics II Animations |
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Lasers
How Lasers Work, How Helium Neon (HeNe) tube lasers work |
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Lasers
What is a laser? |
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Lasers The term "laser" originally stood for "Light Amplification by
Stimulated Emission of Radiation". It can only be properly understood through
quantum mechanics |
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Operation of a
Laser System - Interactive Applets |
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Parameters of the optical cavity of the laser Stability Diagram of an
Optical Cavity, This applet let you change the parameters of the optical cavity
of the laser |
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Transient Response of a Semiconductor Laser
Transient Response of a
Semiconductor Laser |
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Horizontaal |
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Last updated on:
2011-01-02
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