Handbook of Optical and Laser Scanning - Marshall, Gerald F.; Stutz, Glenn E. (CRC Press, 2012)
Keywords: and Design; Andreas Blume; Applied optics; Bearings for Rotary Scanners; Carl E. Conti; Chris Gerrard; CTP Scanning Systems; Daniel D. Stancil; David C. Brown; Donald R. Lehmbeck; Electrical; Electrical engineering; ElectricalEngineering; Electronics and communications engineering; Emery Erdelyi; Energy technology and engineering; ENG; Frank Caimi; Fraser Dalgleish; Gerald A. Rynkowski; Glenn E. Stutz; Gregory Mueller; Imaging systems; Instrumentation; James Litynski; Jean Montagu; John C. Urbach; Laser recording; Laser technology and holography; Lasers; Lasers & Photonics; LeRoy D. Dickson; Mark T. Montgomery; Measurement and Testing; Michael W. Sasnett; Military & nautical engineering; Milton Gottlieb; Optical scanners; Optical Systems for Laser Scanners; Optics and optoelectronics; Other technologies and applied sciences; PHYSICS; Polygonal Scanners: Components; Pre-objective Polygonal Scanning; Reeder N. Ward; Scanning systems; SCI-TECH; Sensors; Stephen F. Sagan; STM; Technology & Engineering; Technology, Engineering, Agriculture, Industrial processes; Tetsuo Saimi; Thomas F. Johnston; Timothy A. Good; Timothy K. Deis; Flexure Pivots; optical disk scanning; Computed Tomography Perfusion Scanning; piezo scanning; Waist Location; laser beam characterization; Waist Diameter; acousto-optic scanners; UPC Code; Holographic Disc; laser scanners; Field Angle; Scan Angle; high-performance scanners; Brushless DC Motor; Diameter Definition; digital imaging systems; Polygon Scanner; holographic barcode scanners; Scan Lens; Brushless Motor; synchronous laser line scanners; Focusing Error Signal; Track Error Signal; electro-optical scanners; rotary scanners; Acousto Optic Scanners; Holographic Scanning; Wave Aberration; Input Scanner; Resonant Scanners; polygonal scanner; oscillatory scanners; Offset Angle; Galvanometric Scanners; Rotation Axis; Diffraction Efficiency; Rayleigh Range