Vectorial optical fields: fundamentals and applications (Singapore, 2014). - ОГЛАВЛЕНИЕ / CONTENTS
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ОбложкаVectorial optical fields: fundamentals and applications / ed. by Q.Zhan. - Singapore: World sci., 2014. - 280 p.: ill. - Bibliogr. at the end of the chapters. - Ind.: p.279-280. - ISBN 978-981-4449-88-5
 

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Оглавление / Contents
 
Preface ......................................................... v

Chapter 1: Cylindrical Vector Beams ............................. 1
Qiwen Zhan
1  Introduction ................................................. 1
2  Mathematical description of cylindrical vector beams ......... 2
3  Graphical representation of cylindrical vector beams ......... 4
4  Generation of cylindrical vector beams ....................... 7
   4.1  Passive generation methods in free space ................ 7
   4.2  Passive generation methods using optical fiber ......... 11
   4.3  Active generation methods .............................. 13
5  Cylindrical vector beams under high NA focusing ............. 16
6  Summary ..................................................... 23
   References .................................................. 24

Chapter 2: Vector Optical Fields and their Novel Effects ....... 27
Hui-Tian Wang
1  Introduction ................................................ 27
2  Generation of vector optical fields ......................... 29
   2.1  Local linearly polarized vector fields ................. 33
   2.2  Hybridly polarized vector fields ....................... 40
3  Novel effects ............................................... 45
   3.1  Optical cages .......................................... 45
   3.2  Axial-symmetry broken vector fields .................... 51
   3.3  Young's two-slit interference .......................... 57
   3.4  Optical orbital angular momentum (OAM) ................. 63
4  Summary ..................................................... 68
   References .................................................. 69

Chapter 3: Cylindrical Vector Beams for Spectroscopic
Imaging of Single Molecules and Nanoparticles .................. 73
Regina Jäger, Anna M. Chizhik, Alexey I. Chizhik, Frank
Wackenhut, Alfred J. Meixner
1  Introduction ................................................ 73
2  Theoretical background ...................................... 75
3  Instrumentation ............................................. 86
4  Fluorescence spheres to probe the quality of CVBs ........... 88
5  Single molecules ............................................ 89
6  Single nanoparticles ....................................... 103
   6.1  Single SiO2 nanoparticles ............................. 103
   6.2  Single silicon nanocrystals ........................... 106
   6.3  Excitation isotropy of single CdSe/ZnS quantum
        dots .................................................. 108
   6.4  Optical characterization of single gold nanorods ...... 111
7  Orientation and position determination of a single
   quantum emitter inside an optical microcavity .............. 113
8  Conclusions ................................................ 118
   References ................................................. 118

Chapter 4: Comprehensive Focal Field Engineering with
Vectorial Optical Fields ...................................... 125
Weibin Chen and Qiwen Zhan
1  Introduction ............................................... 126
2  Three-dimensional focus shaping with CV beams .............. 127
3  Three-dimensional polarization control within focal
   volume ..................................................... 133
4  Spherical spot with controllable 3D polarization ........... 141
5  Focus shaping through inverse dipole array radiation ....... 146
   5.1  High purity optical needle field ...................... 147
   5.2  3D optical tube, flattop focus and optical chain ...... 153
6  Conclusions ................................................ 157
   References ................................................. 157

Chapter 5: Plasmonics with Vectorial Optical Fields ........... 161
Guanghao Rui and Qiwen Zhan
1  Surface plasmon polaritons ................................. 161
2  Interaction of vectorial fields with plasmonic structures .. 164
   2.1  Planar metallic thin film ............................. 164
   2.2  Bull's eye structures ................................. 169
   2.3  Extraordinary optical transmission with radial
        polarization .......................................... 177
   2.4  Polarization mode matching and optimal plasmonic
        focusing .............................................. 181
   2.5  Archimedes' spiral plasmonic lens ..................... 182
   2.6  Applications in near-field optical probe designs ...... 191
3  Conclusions ................................................ 198
   References ................................................. 199

Chapter 6: Optical Measurement Techniques Utilizing
Vectorial Optical Fields ...................................... 201
 Qiwen Zhan
1  Introduction ............................................... 201
2  Manipulation techniques for vectorial optical fields ....... 202
3  Microellipsometer with rotational symmetry ................. 206
   3.1  Microellipsometer with rotational symmetry ............ 206
   3.2  Nulling microellipsometer with rotational symmetry .... 211
4  Radial polarization interferometer ......................... 214
5  Rapid mueller matrix polarimetry ........................... 216
6  Atomic spin analyzer ....................................... 217
7  Summary .................................................... 218
   References ................................................. 219

Chapter 7 : Partially Coherent Vector Beams: From Theory to
Experiment .................................................... 221
Yangjian Cai, Fei Wang, Chengliang Zhao, Shijun Zhu, Gaofeng
Wu, and Yiming Dong
1  Introduction ............................................... 221
2  Characterizations of partially coherent vector beams ....... 223
3  Partially coherent vector beams with uniform state
   of polarization: theory .................................... 227
   3.1  Partially coherent electromagnetic Gaussian Schell-
        model beam ............................................ 227
   3.2  Tensor method for treating the paraxial propagation
        of partially coherent electromagnetic Gaussian
        Schell-model beam...................................... 229
   3.3  Statistics properties of a partially coherent
        electromagnetic Gaussian Schell-model beam in a
        Gaussian cavity ....................................... 232
   3.4  Propagation of a partially coherent electromagnetic
        Gaussian Schell-model beam in turbulent atmosphere .... 235
   3.5  Coincidence fractional Fourier transform with a
        partially coherent electromagnetic Gaussian Schell-
        model beam ............................................ 240
   3.6  Degree of paraxiality of a partially coherent
        electromagnetic Gaussian Schell-model beam ............ 244
4  Partially coherent vector beams with uniform state
   of polarization: experiment ................................ 247
   4.1  Experimental generation and measurement of a
        partially coherent electromagnetic beam ............... 247
   4.2  Experimental coupling of a partially coherent
        electromagnetic Gaussian Schell-model beam into
        a single-mode optical fiber ........................... 251
5  Partially coherent vector beams with non-uniform state of
   polarization: theory ....................................... 254
   5.1  Cylindrical vector partially coherent beam and
        its paraxial propagation .............................. 255
   5.2  Tight focusing properties of a partially coherent
        azimuthally polarized beam ............................ 259
6  Partially coherent vector beams with non-uniform
   state of polarization: experiment........................... 265
7  Summary .................................................... 268
   References ................................................. 269

Index ......................................................... 275


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