دانلود کتاب Handbook of Laser Technology and Applications, Volume 3: Applications

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Cover......Page 1
Half Title......Page 2
Title Page......Page 4
Copyright Page......Page 5
Contents......Page 10
PART D: APPLICATIONS: CASE STUDIES......Page 14
D1 Materials processing......Page 16
D1.1 Welding......Page 18
D1.2 Cutting......Page 44
D1.3 Laser marking......Page 70
D1.4 Drilling......Page 90
D1.5 Photolithography......Page 110
D1.6 Laser micromachining......Page 118
D1.7 Rapid manufacturing......Page 150
D1.8 Pulsed laser deposition of thin films......Page 162
D2 Optical measurement techniques......Page 178
D2.1 Fundamental length metrology......Page 180
D2.2 Laser velocimetry......Page 206
D2.3 Laser vibrometers......Page 236
D2.4 Electronic speckle pattern interferometry (ESPI)......Page 262
D2.5 Optical fibre hydrophones......Page 296
D2.6 Optical fibre Bragg grating sensors for strain measurement......Page 338
D2.7 High-speed imaging......Page 376
D2.8 Particle sizing......Page 388
D3 Medical......Page 408
D3.1 Light-tissue interactions......Page 412
D3.2 Therapeutic applications: introduction......Page 452
D3.2.1Therapeutic applications: ophthalmology......Page 456
D3.2.2 Therapeutic applications: refractive surgery......Page 466
D3.2.3 Therapeutic applications: photodynamic therapy......Page 476
D3.2.4 Therapeutic applications: thermal treatment of tumours......Page 494
D3.2.5 Therapeutic applications: dermatology—selective photothermolysis......Page 502
D3.2.6 Therapeutic applications: lasers in vascular surgery......Page 512
D3.2.7 Therapeutic applications: hardtissue/dentistry......Page 522
D3.2.8 Therapeutic applications: free-electron laser......Page 532
D3.3 Medical diagnostics......Page 544
D3.4 Laser applications in biology and biotechnology......Page 580
D3.5 Biomedical laser safety......Page 612
D4 Communications......Page 638
D4.1 The basic point-to-point communications system......Page 640
D4.2 High-capacity optical transmission systems......Page 688
D4.3 Local area networks......Page 746
D4.4 Fibre-to-the-chip: development of vertical cavity surface emitting laser arrays designed for integration with VLSI circuits......Page 778
D4.5 Optical satellite communications......Page 802
D4.6 Smart pixel technologies and optical interconnects......Page 820
D5 Optical information storage......Page 846
D5.1 Optical data storage......Page 848
D5.2 Lasers in printing......Page 878
D6 Spectroscopy......Page 920
D6.1 Laser cooling and trapping......Page 922
D6.2 Ion trapping and laser applications to length and time metrology......Page 942
D6.3 Time-resolved spectroscopy......Page 964
D7 Earth and environmental sciences......Page 986
D7.1 Satellite laser ranging......Page 988
D7.2 Lidar for atmospheric ozone remote sensing......Page 1020
D8 Lasers in astronomy......Page 1036
D8.1 Lasers in astronomy......Page 1038
D9 Holography: holographic optical elements and computer-generated holography......Page 1082
D9.1 Holography: holographic optical elements—computer-generated holography—diffractive optics......Page 1084
D10 High-intensity lasers for plasma studies......Page 1100
D10.1 High-power lasers for plasma physics......Page 1102
D10.2 High-power lasers and the extreme conditions that they can produce......Page 1114
Index......Page 1122