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|a 960720368
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|a Nonlinear optics :
|b fundamentals, applications and technological advances /
|c Fred Wilkins, editor.
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|a New York :
|b Nova Publishers,
|c [2014]
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|c ©2014
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|a 1 online resource
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|a Lasers and electro-optics research and technology
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|a Includes bibliographical references and index.
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|a Print version record.
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|a NONLINEAR OPTICS: FUNDAMENTALS, APPLICATIONS AND TECHNOLOGICAL ADVANCES; NONLINEAR OPTICS: FUNDAMENTALS, APPLICATIONS AND TECHNOLOGICAL ADVANCES; Library of Congress Cataloging-in-Publication Data; Contents; Preface; Chapter 1: Impact of Bandgap on Infrared Optical Nonlinearity in Novel Quaternary Chalcogenides: Cu2CdSnS4, a/Ý-Cu2ZnSiS4 and Li2CdGeS4; 1Department of Chemistry and Biochemistry, Duquesne University, Pittsburgh, Pennsylvania, US; 2Department of Physics, Applied Physics and Astronomy, State University of New York (SUNY) at Binghamton, New York, US.
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|a 3Department of Physics and Energy Harvest-Storage Research Center, University of Ulsan, Ulsan, South KoreaAbstract; 1. Introduction; 1.1. Principles of Nonlinear Optics: Harmonic Generation, Optical Kerr Effect and Multiphoton Absorption; 1.2. Applications of IR NLO Materials; 1.3. Criteria for Ideal NLO Materials; 1.4. Current benchmark IR NLO materials; 2. Strategies for the Discovery of New Materials for IR Wavelength Conversion; 3. Experimental Methods for; Nonlinear Optical Measurements; 4. Second-Order Optical Nonlinearity; 5. Third-Order Optical Nonlinearity.
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|a 6. Bandgap and Optical Transparency7. Laser-Damage Threshold; 8. Effect of Bandgap Energy on {(2) and LDT; 9. Electronic Structure Calculations; 10. Thermal Stability and Prospects for Future Crystal Growth; Conclusion; Acknowledgments; References; Chapter 2: Applications of the Z-Scan Technique in Atomic Media; Chapter 3: Nonlinear Imaging Microscopy: Methodological Setup and Applications for Epithelial Cancers Diagnosis; Abstract; Introduction; I. Characteristic and Contrast Mechanism of the NLO Signals; I.1. Two or Multi-Photon Fluorescence Process; I.2. Harmonic Generation Process.
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|a I.3. CARS ProcessII. Multimodal Nonlinear Optical Microscopy Setup; II. 1. Microscopy Setup for TPEF, SHG, and THG; II. 2. Microscopy Setup for TPEF, SHG, THG, and CARS; III. Characterization of NLO Signals; IV. Applications for Epithelial Cancers Diagnosis; Conclusion; References; Chapter 4: Nonlinear Optics in Optical Slot-Microfiber; Abstract; 1. Introduction; 2. Geometry and Birefringence; 3. Dispersion; 4. Third-Order Nonlinearity; 5. Surface Nonlinearity; Conclusion; Acknowledgments; References; Chapter 5: Generation of 2nd Harmonic Light from Noncentrosymmetric Material; Abstract.
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|a I. IntroductionII. Nanowires Fabrication; III. Nanowires Characterization; IV. Linear Optical Property; V. Azimuthal Angle Dependence of Second Harmonic Intensity; VI. Wavelength Dependence of Second Harmonic Intensity; Conclusion; References; Chapter 6: Nonlinear Optical Properties in Ionic Liquids; División de Ingenierías Campus Irapuato Salamanca; Universidad de Guanajuato, México; Abstract; I. Introduction; II. Brief Nonlinear Optical Properties Theory; III. Nonlinear Measurement Techniques; III. 1. Optically Heterodyned Optical Kerr Effect (OHD-OKE); III. 2. Z-Scan Technique.
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|a In recent years, there is increasing interest in the research on optical fiber nanowires or microfibers (MFs) which are fibers with submicrometer- and nanometer- diameter. The size is tens to thousands of times thinner than the standard optical fiber. With the advantages of large evanescent fields, high nonlinearity, extreme flexibility and configurability and low-loss interconnection to other optical fibers and fiberized components, they have found potential applications in a wide range of fields of optical communications, sensing, lasers, biology and chemistry. This book discusses the fundame.
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