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Synchrotron components in relation to
core- physics - under construction |
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Forces &
Motion |
Matter &
Materials |
Waves |
Electricity
& Magnetism |
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Electron production
and storage |
Linear accelerator |
Charge in a DC electric field |
Thermionic emission |
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DC electric fields |
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RF Cavity accelerator |
Charge in an AC electric field |
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Oscillating fields |
AC electric fields |
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Bending magnets |
Charge in a magnetic field |
Magnet design & manufacture |
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Magnetic fields |
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Vacuum |
Vacuum pumps (turbomolecular
& ion pumps) |
Ultra-high vacuum |
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Pressure measurement: ion guages
and mass spectrometers |
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Light production
and manipulation |
Wigglers & undulators (Insertion devices) |
Spatially varying magnetic fields |
Magnet design & manufacture |
Interference |
Magnetic fields |
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Thermal properties of materials |
Induced current |
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Mirrors |
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Thermal properties |
Surface Reflection |
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Diffraction grating monochromator |
Micropositioning and synchronous rotation systems |
Material penetration and
reflection as a function of wavelength |
Multiple “slit” interference -
constructive and destructive |
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Crystal (Braggs Law) monochromator |
Surface flatness |
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Zone plates |
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Material transmission as a
function of wavelength |
Diffractive lenses |
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Using the light
for experimental studies |
Thompson Scattering |
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Light - Wave like |
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Compton Scattering |
Photon momentum &
conservation |
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Light - Particle like |
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Photoabsorption |
Atomic structure - shell
structure, valence electrons, inner-shell electrons, Moseleys
law |
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Atomic structure - electrostatic
interactions of charged particles |
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Fluorescence |
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Photoelectrons |
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Photoions |
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Detectors |
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Electron emission from surfaces |
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Current amplification |
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Peter Hammond 2004 |