Laser Applications, Volume 2Monte Ross |
Contents
History and Present Status | 3 |
Features of Laser Tracking | 5 |
Lasers | 7 |
Copyright | |
34 other sections not shown
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Common terms and phrases
acoustic acoustooptic aerosol angle angular aperture Appl applied arcsec array Atmos atmosphere attenuation axis backscatter bandwidth Beiser birefringent characteristics clouds collimated collimated light components confocal coupler coupling crystal deflection deflector detection dielectric diffraction diffraction-limited Doppler Doppler shift efficiency electron electrooptic energy equation f-number facets field filter frequency function GaAs grating guided wave IEEE illuminated illustrated in Fig incident input laser beam laser scan laser systems layer lidar light beam limited low inertia material maximum measured Meteorol mirror modulation objective lens operation optical oscillator output parameters phase photomultiplier photon Phys piezoelectric plane wave polarization prism Proc propagation pulse radiance radiation Raman range ratio receiver refractive index region resolution resonator retroreflector rotating ruby laser scanner scattering Section signal spatial spectral spinner storage medium substrate surface techniques telescope thickness thin film totally internally reflected tracking transmitted turbidity velocity voltage wavelength width