Cai W. Optical metamaterials: fundamentals and applications (New York, 2010). - ОГЛАВЛЕНИЕ / CONTENTS
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ОбложкаCai W. Optical metamaterials: fundamentals and applications / W.Cai, V.Shalaev. - New York: Springer, 2010. - xii, 200 p.: ill. - Incl. bibl. ref. - Ind.: p.197-200. - ISBN 978-1-4419-1150-6
 

Оглавление / Contents
 
1  Introduction ................................................. 1
   1.1  What are Metamaterials? ................................. 1
   1.2  Macroscopic Effective Parameters ........................ 5
   References ................................................... 8
2  Optical Properties of Metal-Dielectric Composites ........... 11
   2.1  Optical Materials and Electronic Structures ............ 11
   2.2  Optical Properties of Dielectric Materials ............. 13
   2.3  Optical Properties of Metals ........................... 19
   2.4  Metal-Dielectric Composites and Mixing Rules ........... 25
   References .................................................. 36
3  Experimental Techniques and Data Treatment .................. 39
   3.1  Fabrication of Two-Dimensional Optical Metamaterials ... 39
   3.2  Approaching the Third Dimension ........................ 43
   3.3  Characterization of Spectral Properties ................ 47
   3.4  Extraction of Homogenized Optical Parameters ........... 51
   References .................................................. 56
4  Electric Metamaterials ...................................... 59
   4.1  A Brief Overview of Artificial Dielectrics ............. 59
   4.2  Optical Properties of Stratified Metal-Dielectric
        Composites ............................................. 60
   4.3  Periodic Array of Metallic Wires ....................... 64
   4.4  Semicontinuous Metal Films ............................. 71
   References .................................................. 74
5  Magnetic Metamaterials ...................................... 77
   5.1  Negligible Optical Magnetism in Nature ................. 77
   5.2  Split-Ring Resonators .................................. 78
   5.3  Optical Magnetic Elements .............................. 82
   5.4  Magnetism in the Visible Spectrum ...................... 88
   5.5  Analytical Model of Magnetic Nanostrips ................ 93
   5.6  High-Permittivity Route to Artificial Magnetism ........ 96
   References .................................................. 98
6  Negative-Index Metamaterials ............................... 101
   6.1  A Brief Historical Review ............................. 101
   6.2  Reversed Phenomena in Negative-Index Media ............ 103
   6.3  Negative Refraction in Microwave Frequencies .......... 105
   6.4  The Debut of Optical Negative-Index Materials ......... 107
   6.5  General Recipe for Construction ....................... 112
   6.6  Alternative Approaches ................................ 116
   References ................................................. 120
7  Nonlinear Optics with Metamaterials ........................ 123
   7.1  Recent Advances of Nonlinear Effects in 
        Metamaterials ......................................... 123
   7.2  Second-Harmonic Generation and the Manley-Rowe
        Relations in Negative-Index Materials ................. 126
   7.3  Optical Parametric Amplifications in Negative-index
        Materials ............................................. 131
   References ................................................. 134
8  Super Resolution with Meta-Lenses .......................... 137
   8.1  Perfect Lens with Subwavelength Resolution ............ 137
   8.2  Near-Field Superlens .................................. 140
   8.3  "Tunable" Superlens Using Random Composites ........... 142
   8.4  Potential Applications of the Composite Lens .......... 148
   8.5  Far-Field Imaging with Super-Resolution ............... 149
   References ................................................. 155
9  Transformation Optics and Electromagnetic Cloak of 
   Invisibility ............................................... 159
   9.1  Invisibility and Transformation Optics: An Overview ... 159
   9.2  Cloaking by Coordinate Transformation ................. 162
   9.3  Towards Experimental Demonstrations ................... 167
   9.4  Non-magnetic Optical Cloak ............................ 171
   9.5  Cloaking with High-Order Transformations .............. 176
   9.6  Designs for High-Order Optical Cloaking ............... 180
   9.7  Alternative Approaches for Optical Cloaking ........... 187
   9.8  Concluding Remarks on Transformation Optics ........... 191
   References ................................................. 193
Index ......................................................... 197


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