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Electron and Optical Spectroscopy
A Low Temperature Sample Mount for an Inelastic
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a-b plane absorption accelerator amplitude analyzer approximation bandgap beam energy binding energy Cafolla collective oscillations conduction band contribution core count rate cross-section dielectric constant dielectric function dispersion Drude Drude model e2 spectrum effects electron multiplier ellipsometry energy range energy resolution excitations exciton extrapolation factor field Figure graphite h-BN hemispheres i i i i incident increase inelastic electron scattering insulators interband transitions K-K analysis Kramers-Kronig lens Livins loss function low-q measured momentum deflectors momentum dependence momentum resolution momentum transfer monochromator multiple scattering multiplier voltage number of electrons obtained optical constants output peak in e2 photoemission photon Phys plasma frequency plasmon potentials power supply pump reflection region resistors S. E. Schnatterly sample mount shape shown in fig signal solid spectra spectrometer substrate subtracted sum rule temperature thermal threshold tubes turned University of Virginia valence valence band values varied width zero-crossings zoom lenses