Difference between revisions of "Photonics Flash Simulations"
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*[[Color and Chromaticity#Flash | RGB Color Mixing Simulation]] | *[[Color and Chromaticity#Flash | RGB Color Mixing Simulation]] | ||
*[[Organic | *[[Major Processes in Organic Solar Cells#Flash | Exciton Diffusion Simulation]] | ||
*[[Solar Technologies#Flash | Solar cost comparator]] | *[[Solar Technologies#Flash | Solar cost comparator]] | ||
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*[[Polarization_and_Polarizability#Flash | Four types of polarization animation]] | *[[Polarization_and_Polarizability#Flash | Four types of polarization animation]] | ||
*[[Ellipsometer#Flash | Elliptical polarization]] | |||
*[[Structure-Property Relationships#Flash | Bond Order Alternation animation]] | |||
*[[Organic Field Effect Transistors#Flash | Organic Field Effect Transistor Simulation]] | *[[Organic Field Effect Transistors#Flash | Organic Field Effect Transistor Simulation]] | ||
*[[Optical_Networks#Flash | Resonator Ring simulation]] | |||
*[[What_is_a_Light_Emitting_Diode%3F#Flash | P-N Diode]] | |||
*[[Total_Internal_Reflection#Simulations|Total internal reflection simulation]] | *[[Total_Internal_Reflection#Simulations|Total internal reflection simulation]] | ||
Latest revision as of 14:32, 10 October 2011
Flash Simulations
Adobe Flash is a great tool for building anything from simple animations to complex simulations. These samples are embedded throughout the wiki. The working principle of simulations is "discovery"; basically you play with a system that has been programmed with certain rules in order to get a feel for how variables affect the outcomes. Simulations also can present representations of molecular processes which are otherwise impossible to visualize.