Synchrotron Radiation: Difference between revisions
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(Created page with "== Synchrotron Radiation == === Overview === Synchrotron radiation is a type of electromagnetic radiation emitted by charged particles, usually electrons, moving at relativistic speeds in a circular path within a particle accelerator. === Key Components === # Particle Accelerator Ring # Magnets # Undulators or Wigglers === Properties === * Continuous Spectrum * High Intensity === Applications === * Research in Various Fields * Structural Biology * Material Characteri...") |
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=== Key Components === | === Key Components === | ||
# Particle Accelerator Ring | # [[Particle Accelerator Ring]] | ||
# Magnets | # [[Magnets]] | ||
# Undulators or Wigglers | # [[Undulators]] or [[Wigglers]] | ||
=== Properties === | === Properties === | ||
* Continuous Spectrum | * [[Continuous Spectrum]] | ||
* High Intensity | * [[High Intensity]] | ||
=== Applications === | === Applications === | ||
* Research in Various Fields | * [[Research]] in Various Fields | ||
* Structural Biology | * [[Structural Biology]] | ||
* Material Characterization | * [[Material Characterization]] | ||
Revision as of 06:10, 12 February 2024
Synchrotron Radiation
Overview
Synchrotron radiation is a type of electromagnetic radiation emitted by charged particles, usually electrons, moving at relativistic speeds in a circular path within a particle accelerator.
Key Components
Properties
Applications
- Research in Various Fields
- Structural Biology
- Material Characterization
