Applied Optics · 1995 · 30 citations · 3 references
EngineeringGeometryMicroscopyOptic DesignCurve ModelingBeam OpticRegular PolygonCalibrationCurve FittingLaser-based SensorImage ScanningInstrumentationOptical SystemsComputational GeometryDetection TechnologyGeometry ProcessingRadiologyGeometric ModelingFreeform OpticPart IiPaddle ScannerNatural Sciences3D ScanningLaser Beam ScanningOptical System Analysis
Part II of this study is an application of the general theory of Part I to the following scanners: the galvanometer-based scanner, the paddle scanner, and the regular polygon. The scan field produced by these scanners is (or approximates) a circular cone. Therefore the scan pattern on the plane of observation can be one of the following curves, circle, ellipse, parabola, or hyperbola, depending on the position and orientation of the plane. Special topics to be addressed are (1) the effect of input offset, (2) the locus of the instantaneous scan center and the waist of the scan field, (3) the scanning on curved surfaces, and (4) the generalization of the scan-field expression. In Part III, X-Y scanning will be studied.
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Laser beam scanning by rotary mirrors I Modeling mirror-scanning devices
Yajun Li, J. Katz · Applied Optics · 1995 · 46 citations