Wave propagation and scattering in random media
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1997
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| Ausgabe: | Reissued |
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| 100 | 1 | |a Ishimaru, Akira |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Wave propagation and scattering in random media |c Akira Ishimaru |
| 250 | |a Reissued | ||
| 264 | 1 | |a Piscataway, NJ [u.a.] |b IEEE Press [u.a.] |c 1997 | |
| 300 | |a XXV, 574 S. |b graph. Darst. | ||
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| 490 | 0 | |a IEEE/OUP series on electromagnetic wave theory | |
| 490 | 0 | |a An IEEE OUP classic reissue | |
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Datensatz im Suchindex
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| adam_text | WAVE PROPAGATION AND SCATTERING IN RANDOM MEDIA AKIRA ISHIMARU
UNIVERSITY OF WASHINGTON IEEE ANTENNAS & PROPAGATION SOCIETY, SPONSOR
IEEE PRESS THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS, INC.
NEW YORK OXFORD UNIVERSITY PRESS OXFORD, TOKYO, MELBOURNE CONTENTS
FOREWORD XIX PREFACE XXI ACKNOWLEDGMENTS XXV CHAPTER 1 INTRODUCTION 1
PART I SCATTERING AND PROPAGATION OF WAVES IN A TENUOUS DISTRIBUTION OF
SCATTERERS: SINGLE SCATTERING APPROXIMATION 7 CHAPTER 2 SCATTERING AND
ABSORPTION OF A WAVE BY A SINGLE PARTICLE 9 2-1 CROSS SECTIONS AND
SCATTERING AMPLITUDE 9 2-2 GENERAL PROPERTIES OF CROSS SECTIONS 12 2-3
FORWARD SCATTERING THEOREM 14 2-4 INTEGRAL REPRESENTATIONS OF SCATTERING
AMPLITUDE AND ABSORPTION CROSS SECTION 15 2-5 RAYLEIGH SCATTERING 18 2-6
RAYLEIGH-DEBYE SCATTERING (BORN APPROXIMATION) 22 2-7 WKB INTERIOR WAVE
NUMBER APPROXIMATION 25 2-8 MIE THEORY 27 2-9 ELLIPTIC POLARIZATION AND
THE STOKES PARAMETERS 30 2-10 PARTIAL POLARIZATION AND NATURAL LIGHT 32
2-11 ADDITION OF INDEPENDENT WAVES 33 2-12 SCATTERING AMPLITUDE
FUNCTIONS /I I, /I 2, /2 * AND /22 AND THE STOKES MATRIX 33 2-13
TRANSFORMATION OF THE STOKES PARAMETERS FOR ROTATION ABOUT THE AXIS 35
2-14 PARTICLE SIZE DISTRIBUTION 36 VIII A CONTENTS 2-15 ACOUSTIC WAVES
37 2-16 ACOUSTIC SCATTERING 39 CHAPTER 3 CHARACTERISTICS OF DISCRETE
SCATTERERS IN THE ATMOSPHERE, OCEAN, AND BIOLOGICAL MATERIALS 41 3-1
WEATHER RADAR, CLUTTER, AND INTERFERENCE 41 3-2 AEROSOLS AND
HYDROMETEORS 43 3-2-1 RAIN 43 3-2-2 CLOUDS, FOG, HAZE, AND SMOG 49 3-2-3
SNOW AND HAIL 50 3-3 OPTICAL SCATTERING IN SEAWATER (HYDROOPTICS) 52 3-4
UNDERWATER ACOUSTIC SCATTERING (HYDROACOUSTICS) 55 3-4-1 SCATTERING FROM
AIR BUBBLES 58 3-4-2 SCATTERING FROM FISH 60 3-5 SCATTERING FROM
BIOLOGICAL MATERIALS 62 3-5-1 BIOELECTROMAGNETICS 62 3-5-2 BIOOPTICS 63
3-5-3 BIOACOUSTICS 67 CHAPTER 4 SCATTERING OF WAVES FROM THE TENUOUS
DISTRIBUTION OF PARTICLES 69 4-1 SINGLE SCATTERING APPROXIMATION FOR
AVERAGE SCATTERED POWER 71 4-2 FIRST ORDER MULTIPLE SCATTERING
REPRESENTATION OF SCATTERED POWER 73 4-3 NARROW BEAM EQUATION 74 4-4
COHERENT AND INCOHERENT FIELDS 77 4-5 TIME-CORRELATED SCATTERING CROSS
SECTION OF A MOVING PARTICLE 80 4-6 TEMPORAL CORRELATION FUNCTION AND
TEMPORAL FREQUENCY SPECTRUM OF SCATTERED FIELDS 85 4-7 SPATIAL
CORRELATION OF SCATTERED FIELDS 86 4-8 CORRELATION WITH A MOVING
RECEIVER 88 4-9 PROBABILITY DISTRIBUTIONS OF SCATTERED FIELDS 89
CONTENTS D IX CHAPTER 5 SCATTERING OF PULSE WAVES FROM A RANDOM
DISTRIBUTION OF PARTICLES 93 5-1 GENERAL FORMULATION OF PULSE
PROPAGATION AND SCATTERING IN A TIME-VARYING RANDOM MEDIUM 93 5-2
TWO-FREQUENCY CORRELATION FUNCTION AND CORRELATION OF THE OUTPUT PULSE
96 5-3 COHERENCE TIME AND COHERENCE BANDWIDTH 97 5-4 SCATTERING OF A
NARROW BAND PULSE 98 5-5 BACKSCATTERING OF A PULSE FROM A NARROW BEAM
TRANSMITTER 101 5-6 BACKSCATTERING OF A TRAIN OF SHORT PULSES 106 5-7
BACKSCATTERING OF A PULSE FROM A TRANSMITTER WITH A BROAD BEAM 108 5-8
BISTATIC SCATTERING OF A PULSE 109 5-9 AMBIGUITY FUNCTION REPRESENTATION
110 5-10 PULSE DOPPLER RADAR 112 CHAPTER 6 LINE-OF-SIGHT PROPAGATION
THROUGH TENUOUS DISTRIBUTION OF PARTICLES 116 6-1 COHERENT AND
INCOHERENT INTENSITIES AND SPATIAL CORRELATION OF FLUCTUATION OF A PLANE
WAVE 118 6-2 TEMPORAL CORRELATION AND FREQUENCY SPECTRUM OF A PLANE WAVE
123 6-3 LINE-OF-SIGHT PROPAGATION OF A PLANE-WAVE PULSE 124 6-4
LINE-OF-SIGHT PROPAGATION BETWEEN A TRANSMITTER AND A RECEIVER 126 6-5
PULSE PROPAGATION BETWEEN A TRANSMITTER AND A RECEIVER 131 6-6 RYTOV
SOLUTION FOR AMPLITUDE AND PHASE FLUCTUATIONS 134 6-7 RYTOV SOLUTION FOR
A PLANE WAVE CASE 136 6-8 TEMPORAL CORRELATION AND FREQUENCY SPECTRA OF
LOG-AMPLITUDE AND PHASE FLUCTUATIONS OF A PLANE WAVE 139 6-9 RYTOV
SOLUTION WHICH INCLUDES TRANSMITTER AND RECEIVER CHARACTERISTICS 141 X
DCONTENTS PART II TRANSPORT THEORY OF WAVES IN RANDOMLY DISTRIBUTED
SCATTERERS 145 CHAPTER 7 TRANSPORT THEORY OF WAVE PROPAGATION IN RANDOM
PARTICLES 147 7-1 SPECIFIC INTENSITY, FLUX, AND ENERGY DENSITY 148 7-2
SPECIFIC INTENSITY IN FREE SPACE AND AT BOUNDARIES BETWEEN HOMOGENEOUS
MEDIA 152 7-3 DIFFERENTIAL EQUATION FOR SPECIFIC INTENSITY 155 7-4
REDUCED INCIDENT INTENSITY, DIFFUSE INTENSITY, BOUNDARY CONDITION, AND
SOURCE FUNCTION 158 7-5 INTEGRAL EQUATION FORMULATION 160 7-6 RECEIVING
CROSS SECTION AND RECEIVED POWER 163 7-7 TRANSPORT EQUATION FOR A
PARTIALLY POLARIZED ELECTROMAGNETIC WAVE 164 7-8 RELATIONSHIP BETWEEN
SPECIFIC INTENSITY AND POYNTING VECTOR 166 CHAPTER 8 APPROXIMATE
SOLUTIONS FOR TENUOUS MEDIUM 168 8-1 SPECIFIC INTENSITY IN THE FIRST
ORDER MULTIPLE SCATTERING APPROXIMATION 168 8-2 PLANE WAVE INCIDENCE ON
A PLANE-PARALLEL MEDIUM 170 8-3 COLLIMATED BEAM INCIDENT ON A
PLANE-PARALLEL MEDIUM 173 CHAPTER 9 DIFFUSION APPROXIMATION 175 9-1
DERIVATION OF THE DIFFUSION EQUATION 175 9-2 BOUNDARY CONDITIONS 179 9-3
COLLIMATED BEAM INCIDENT UPON A SLAB OF PARTICLES 181 9-4 SOLUTION FOR A
PLANE WAVE INCIDENT UPON A SLAB OF PARTICLES 182 9-5 SOLUTION FOR A
COLLIMATED BEAM OF A FINITE WIDTH INCIDENT UPON A SLAB OF PARTICLES 184
9-6 DIFFUSION FROM A POINT SOURCE 185 9-7 TWO-FIBER REFLECTANCE 186 9-8
THE FIBEROPTIC OXIMETER CATHETER 188 CONTENTS D XI CHAPTER 10 TWO AND
FOUR FLUX THEORY 191 10-1 KUBELKA-MUNK TWO FLUX THEORY 191 10-2
COEFFICIENTS * AND S FOR THE TWO FLUX THEORY 195 10-3 FOUR FLUX THEORY
196 APPENDIX 10A 199 CHAPTER 11 PLANE-PARALLEL PROBLEM 202 11-1 PLANE
WAVE NORMALLY INCIDENT UPON A PLANE-PARALLEL SLAB 203 11-2 TYPICAL PHASE
FUNCTIONS 205 11-3 GAUSS S QUADRATURE FORMULA 205 11-4 GENERAL SOLUTION
208 11-5 SEMI-INFINITE MEDIUM 215 11-6 OBLIQUE INCIDENCE AND OTHER
TECHNIQUES 216 11-7 LAYERED PARALLEL-PLANE MEDIUM 216 11-8 SOME RELATED
PROBLEMS 219 CHAPTER 12 ISOTROPIC SCATTERING 220 12-1 FOURIER TRANSFORM
METHOD FOR ISOTROPIC SCATTERING 221 12-2 DIFFUSION AND NEAR FIELD
PHENOMENA 225 12-3 RADIATION FROM AN ARBITRARY INCIDENT INTENSITY 227
12-4 RADIATION FROM INCIDENT SPHERICAL WAVE WITH ANGULAR VARIATIONS 228
12-5 RADIATION FROM AN ARBITRARY SOURCE DISTRIBUTION 230 12-6 ISOTROPIC
SCATTERING IN FINITE VOLUME AND THE MILNE PROBLEM 232 CHAPTER 13
APPROXIMATION FOR LARGE PARTICLES 234 13-1 DERIVATION OF DIFFERENTIAL
EQUATION FOR SMALL ANGLE APPROXIMATION 234 13-2 GENERAL SOLUTION 236
13-3 APPROXIMATE SOLUTION WHEN THE DIFFUSE INTENSITY IS A SLOWLY VARYING
FUNCTION OF ANGLE 239 XII D CONTENTS PART III MULTIPLE SCATTERING THEORY
243 CHAPTER 14 MULTIPLE SCATTERING THEORY OF WAVES IN STATIONARY AND
MOVING SCATTERERS AND ITS RELATIONSHIP WITH TRANSPORT THEORY 245 14-1
MULTIPLE SCATTERING PROCESS CONTAINED IN TWERSKY S THEORY 246 14-2
STATISTICAL AVERAGES FOR DISCRETE SCATTERERS 251 14-3 FOLDY-TWERSKY S
INTEGRAL EQUATION FOR THE COHERENT FIELD 253 14-4 TWERSKY S INTEGRAL
EQUATION FOR THE CORRELATION FUNCTION 255 14-5 COHERENT FIELD 257 14-6
PLANE WAVE INCIDENCE ON A SLAB OF SCATTERERS* TOTAL INTENSITY 260 14-7
RELATIONSHIP BETWEEN MULTIPLE SCATTERING THEORY AND TRANSPORT THEORY 266
14-8 APPROXIMATE INTEGRAL AND DIFFERENTIAL EQUATIONS FOR THE CORRELATION
FUNCTION 268 14-9 FUNDAMENTAL EQUATIONS FOR MOVING PARTICLES 271 14-10
FLUCTUATIONS DUE TO THE SIZE DISTRIBUTION 277 APPENDIX 14A EXAMPLE OF
TWERSKY S SCATTERING PROCESS WHEN T V = 3 278 APPENDIX 14B STATIONARY
PHASE EVALUATION OF A MULTIPLE INTEGRAL / 279 APPENDIX 14C FORWARD
SCATTERING THEOREM 284 CHAPTER 15 MULTIPLE SCATTERING THEORY OF WAVE
FLUCTUATIONS AND PULSE PROPAGATION IN RANDOMLY DISTRIBUTED SCATTERERS
285 15-1 FUNDAMENTAL EQUATIONS FOR MOVING SCATTERERS 287 15-2
CORRELATION FUNCTION, ANGULAR SPECTRUM, AND FREQUENCY SPECTRUM IN THE
SMALL ANGLE APPROXIMATION 288 15-3 PLANE WAVE SOLUTION 290 15-4
LIMITATION ON IMAGE RESOLUTION IMPOSED BY RANDOMLY DISTRIBUTED
SCATTERERS 293 15-5 OUTPUT FROM RECEIVER IN RANDOMLY DISTRIBUTED
SCATTERERS 298 15-6 SPHERICAL WAVE IN RANDOMLY DISTRIBUTED PARTICLES 300
15-7 BACKSCATTERING FROM RANDOMLY DISTRIBUTED SCATTERERS 300 15-8 PULSE
PROPAGATION IN RANDOMLY DISTRIBUTED SCATTERERS 305 CONTENTS D XIII 15-9
INTEGRAL AND DIFFERENTIAL EQUATIONS FOR TWO-FREQUENCY MUTUAL COHERENCE
FUNCTION IN RANDOMLY DISTRIBUTED SCATTERERS 306 15-10 TWO-FREQUENCY
MUTUAL COHERENCE FUNCTION FOR THE PLANE WAVE CASE 308 15-11 WEAK
FLUCTUATION SOLUTION OF A PLANE PULSE WAVE 310 15-12 STRONG FLUCTUATION
SOLUTION OF A PLANE PULSE WAVE 313 PART IV WAVES IN RANDOM CONTINUUM AND
TURBULENCE 319 CHAPTER 16 SCATTERING OF WAVES FROM RANDOM CONTINUUM AND
TURBULENT MEDIA 321 16-1 SINGLE SCATTERING APPROXIMATION AND RECEIVED
POWER 321 16-2 SCATTERING CROSS SECTION PER UNIT VOLUME OF THE
STATIONARY RANDOM MEDIUM 323 16-3 BOOKER-GORDON FORMULA 326 16-4
GAUSSIAN MODEL AND KOLMOGOROV SPECTRUM 328 16-5 ANISOTROPIC RANDOM
MEDIUM 330 16-6 TEMPORAL FLUCTUATION OF SCATTERED FIELDS DUE TO A
TIME-VARYING RANDOM MEDIUM 331 16-7 STRONG FLUCTUATIONS 334 16-8
SCATTERING OF A PULSE BY A RANDOM MEDIUM 335 16-9 ACOUSTIC SCATTERING
CROSS SECTION PER UNIT VOLUME 336 16-10 NARROW BEAM EQUATION 337 CHAPTER
17 LINE-OF-SIGHT PROPAGATION OF A PLANE WAVE THROUGH A RANDOM
MEDIUM-WEAK FLUCTUATION CASE 338 17-1 MAXWELL S EQUATIONS FOR A
FLUCTUATING MEDIUM 339 17-2 BORN AND RYTOV METHODS 341 17-2-1 BORN
APPROXIMATION 341 17-2-2 RYTOV TRANSFORMATION 341 17-3 LOG-AMPLITUDE AND
PHASE FLUCTUATIONS 343 17-4 PLANE WAVE FORMULATION 343 17-5 DIRECT
METHOD AND SPECTRAL METHOD 344 17-6 SPECTRAL REPRESENTATION OF THE
AMPLITUDE AND PHASE FLUCTUATIONS 345 17-7 AMPLITUDE AND PHASE
CORRELATION FUNCTIONS 347 XIV D CONTENTS 17-8 AMPLITUDE AND PHASE
STRUCTURE FUNCTIONS 350 17-9 SPECTRAL AND SPATIAL FILTER FUNCTIONS 350
17-9-1 SPECTRAL FILTER FUNCTION 351 17-9-2 SPATIAL FILTER FUNCTION 352
17-10 HOMOGENEOUS RANDOM MEDIA AND SPECTRAL FILTER FUNCTION 352 17-11
GEOMETRIC OPTICAL REGION L L 2 /X 353 17-12 THE REGION IN WHICH L
/ 2 /A 356 17-13 GENERAL CHARACTERISTICS OF THE FLUCTUATIONS IN A
HOMOGENEOUS RANDOM MEDIUM 357 17-14 HOMOGENEOUS RANDOM MEDIUM WITH
GAUSSIAN CORRELATION FUNCTION 358 17-15 HOMOGENEOUS AND LOCALLY
HOMOGENEOUS TURBULENCE 359 17-15-1 WHEN L / 02 /A 361 17-15-2 WHEN /
02 /A L L 02 /X 362 17-16 INHOMOGENEOUS RANDOM MEDIUM WITH
GAUSSIAN CORRELATION FUNCTION AND THE SPATIAL FILTER FUNCTION 363 17-17
VARIATIONS OF THE INTENSITY OF TURBULENCE ALONG THE PROPAGATION PATH 365
17-18 RANGE OF VALIDITY OF THE WEAK FLUCTUATION THEORY 366 17-19 RELATED
PROBLEMS 366 CHAPTER 18 LINE-OF-SIGHT PROPAGATION OF SPHERICAL AND BEAM
WAVES THROUGH A RANDOM MEDIUM-WEAK FLUCTUATION CASE 368 18-1 RYTOV
SOLUTION FOR THE SPHERICAL WAVE 368 18-2 VARIANCE FOR THE KOLMOGOROV
SPECTRUM 370 18-3 CORRELATION AND STRUCTURE FUNCTIONS FOR THE KOLMOGOROV
SPECTRUM 372 18-4 BEAM WAVE 372 18-5 VARIANCE FOR A BEAM WAVE AND THE
VALIDITY OF THE RYTOV SOLUTION 375 18-6 REMOTE PROBING OF PLANETARY
ATMOSPHERES 376 18-7 SOME RELATED PROBLEMS 377 CHAPTER 19 TEMPORAL
CORRELATION AND FREQUENCY SPECTRA OF WAVE FLUCTUATIONS IN A RANDOM
MEDIUM AND THE EFFECTS OF AN INHOMOGENEOUS RANDOM MEDIUM 380 19-1
TEMPORAL FREQUENCY SPECTRA OF A PLANE WAVE 380 CONTENTS D XV 19-2 WHEN
THE AVERAGE WIND VELOCITY U IS TRANSVERSE AND THE WIND FLUCTUATION V/IS
NEGLIGIBLE 381 19-3 TEMPORAL SPECTRA DUE TO AVERAGE AND FLUCTUATING WIND
VELOCITIES 385 19-4 TEMPORAL FREQUENCY SPECTRA OF A SPHERICAL WAVE 386
19-5 TWO-FREQUENCY CORRELATION FUNCTION 388 19-6 CROSSED BEAMS 391 19-7
WAVE FLUCTUATIONS IN AN INHOMOGENEOUS RANDOM MEDIUM 393 19-8 WAVE
FLUCTUATIONS IN A LOCALIZED SMOOTHLY VARYING RANDOM MEDIUM 394 CHAPTER
20 STRONG FLUCTUATION THEORY 399 20-1 PARABOLIC EQUATION 400 20-2
ASSUMPTION FOR THE REFRACTIVE INDEX FLUCTUATIONS 401 20-3 EQUATION FOR
THE AVERAGE FIELD AND GENERAL SOLUTION 402 20-4 PARABOLIC EQUATION FOR
THE MUTUAL COHERENCE FUNCTION 404 20-5 SOLUTIONS FOR THE MUTUAL
COHERENCE FUNCTION 406 20-6 EXAMPLES OF MUTUAL COHERENCE FUNCTIONS 410
20-7 MUTUAL COHERENCE FUNCTION IN A TURBULENT MEDIUM 412 20-8 TEMPORAL
FREQUENCY SPECTRA 414 20-9 TWO-FREQUENCY CORRELATION FUNCTION 416 20-10
PLANE WAVE SOLUTION FOR THE TWO-FREQUENCY MUTUAL COHERENCE FUNCTION 417
20-11 PULSE SHAPE 420 20-12 ANGULAR AND TEMPORAL FREQUENCY SPECTRA 421
20-13 FOURTH ORDER MOMENTS 423 20-14 THIN SCREEN THEORY 426 20-15
APPROXIMATE SOLUTION FOR THE THIN SCREEN THEORY 430 20-16 THIN SCREEN
THEORY FOR SPHERICAL WAVES 432 20-17 EXTENDED SOURCES 432 20-18 EXTENDED
MEDIUM 434 20-19 OPTICAL PROPAGATION IN A TURBULENT MEDIUM 436 20-20
MODULATION TRANSFER FUNCTION OF A RANDOM MEDIUM 440 20-21 ADAPTIVE
OPTICS 446 APPENDIX 20A 448 APPENDIX 20B 449 APPENDIX 20C 450 XVI A
CONTENTS PART V ROUGH SURFACE SCATTERING AND REMOTE SENSING 453 CHAPTER
21 ROUGH SURFACE SCATTERING 455 21-1 RECEIVED POWER AND SCATTERING CROSS
SECTION PER UNIT AREA OF ROUGH SURFACE 457 21-2 FIRST ORDER PERTURBATION
SOLUTION FOR HORIZONTALLY POLARIZED INCIDENT WAVE 459 21-3 DERIVATION OF
THE FIRST ORDER SCATTERING CROSS SECTION PER UNIT AREA 465 21-4
STATISTICAL DESCRIPTION OF A ROUGH SURFACE 468 21-5 BISTATIC CROSS
SECTION OF A ROUGH SURFACE 469 21-6 EFFECT OF TEMPORAL VARIATION OF A
ROUGH SURFACE 473 21-7 OCEAN WAVE SPECTRA 474 21-8 OTHER RELATED
PROBLEMS 475 21-9 KIRCHHOFF APPROXIMATION*SCATTERING OF SOUND WAVES FROM
A ROUGH SURFACE. 476 21-10 COHERENT FIELD IN THE KIRCHHOFF APPROXIMATION
479 21-11 SCATTERING CROSS SECTION PER UNIT AREA OF ROUGH SURFACE 480
21-12 PROBABILITY DISTRIBUTION OF A SCATTERED FIELD 483 CHAPTER 22
REMOTE SENSING AND INVERSION TECHNIQUES 485 22-1 REMOTE SENSING OF THE
TROPOSPHERE 485 22-2 REMOTE SENSING OF THE AVERAGE STRUCTURE CONSTANT C*
OVER THE PATH 487 22-3 REMOTE SENSING OF THE AVERAGE WIND VELOCITY OVER
THE PATH 488 22-4 REMOTE SENSING OF THE PROFILE OF THE STRUCTURE
CONSTANT AND THE ILL-POSED PROBLEM 492 22-5 INVERSE PROBLEM 496 22-6
SMOOTHING (REGULARIZATION) METHOD 496 22-7 STATISTICAL INVERSION
TECHNIQUE 497 22-8 BACKUS-GILBERT INVERSION TECHNIQUE 500 22-9 REMOTE
SENSING OF OBSERVABLES IN GEOPHYSICS 504 CONTENTS D XVII APPENDIX A
SPECTRAL REPRESENTATIONS OF A RANDOM FUNCTION 505 A-L STATIONARY COMPLEX
RANDOM FUNCTION 505 A-2 STATIONARY REAL RANDOM FUNCTION 507 A-3
HOMOGENEOUS COMPLEX RANDOM FUNCTION 507 A-4 HOMOGENEOUS AND ISOTROPIC
RANDOM FUNCTION 508 A-5 HOMOGENEOUS AND REAL RANDOM FUNCTION 510 A-6
STATIONARY AND HOMOGENEOUS RANDOM FUNCTION 510 A-7 FROZEN-IN RANDOM
FUNCTION 511 APPENDIX * STRUCTURE FUNCTIONS 512 B-L STRUCTURE FUNCTION
AND RANDOM PROCESS WITH STATIONARY INCREMENTS 512 B-2 SPECTRAL
REPRESENTATION OF THE STRUCTURE FUNCTION 514 B-3 LOCALLY HOMOGENEOUS AND
ISOTROPIC RANDOM FUNCTION 515 B-4 KOLMOGOROV SPECTRUM 517 APPENDIX *
TURBULENCE AND REFRACTIVE INDEX FLUCTUATIONS 520 C-L LAMINAR FLOW AND
TURBULENCE 520 C-2 DEVELOPED TURBULENCE 521 C-3 SCALAR QUANTITIES
CONSERVED IN A TURBULENCE AND NEUTRAL, STABLE, AND UNSTABLE ATMOSPHERE
523 C-4 FLUCTUATIONS OF THE INDEX OF REFRACTION 526 C-5 STRUCTURE
FUNCTIONS OF A CONSERVATIVE SCALAR AND THE INDEX OF REFRACTION
FLUCTUATION 526 C-6 THE ENERGY DISSIPATION RATE E AND THE ENERGY BUDGET
OF ATMOSPHERIC TURBULENCE 528 C-7 THE RATE OF DISSIPATION OF THE
FLUCTUATION N 529 C-8 CALCULATION OF THE STRUCTURE CONSTANT 530 C-9
BOUNDARY LAYER, FREE ATMOSPHERE, LARGE- AND SMALL-SCALE TURBULENCE 531
C-10 THE STRUCTURE CONSTANT FOR THE INDEX OF REFRACTION IN THE BOUNDARY
LAYER 531 C-L 1 THE STRUCTURE CONSTANT C* FOR FREE ATMOSPHERE 533 C-L2
RELATION BETWEEN THE STRUCTURE CONSTANT C* AND THE VARIANCE OF THE INDEX
OF REFRACTION FLUCTUATION 534 XVIII * CONTENTS APPENDIX D SOME USEFUL
MATHEMATICAL FORMULAS 536 D-L KUMMER FUNCTION 536 D-2 CONFLUENT
HYPERGEOMETRIC FUNCTION 536 D-3 OTHER INTEGRALS 537 REFERENCES 539 INDEX
561 ABOUT THE AUTHOR 573
|
| any_adam_object | 1 |
| author | Ishimaru, Akira |
| author_facet | Ishimaru, Akira |
| author_role | aut |
| author_sort | Ishimaru, Akira |
| author_variant | a i ai |
| building | Verbundindex |
| bvnumber | BV011613570 |
| classification_rvk | UH 3000 |
| ctrlnum | (OCoLC)833040077 (DE-599)BVBBV011613570 |
| discipline | Physik |
| edition | Reissued |
| format | Book |
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| id | DE-604.BV011613570 |
| illustrated | Illustrated |
| indexdate | 2024-12-23T14:36:37Z |
| institution | BVB |
| isbn | 0198592264 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007823089 |
| oclc_num | 833040077 |
| open_access_boolean | |
| owner | DE-703 DE-188 |
| owner_facet | DE-703 DE-188 |
| physical | XXV, 574 S. graph. Darst. |
| publishDate | 1997 |
| publishDateSearch | 1997 |
| publishDateSort | 1997 |
| publisher | IEEE Press [u.a.] |
| record_format | marc |
| series2 | IEEE/OUP series on electromagnetic wave theory An IEEE OUP classic reissue |
| spellingShingle | Ishimaru, Akira Wave propagation and scattering in random media Wellenausbreitung (DE-588)4121912-0 gnd Elektromagnetische Streuung (DE-588)4194512-8 gnd |
| subject_GND | (DE-588)4121912-0 (DE-588)4194512-8 |
| title | Wave propagation and scattering in random media |
| title_auth | Wave propagation and scattering in random media |
| title_exact_search | Wave propagation and scattering in random media |
| title_full | Wave propagation and scattering in random media Akira Ishimaru |
| title_fullStr | Wave propagation and scattering in random media Akira Ishimaru |
| title_full_unstemmed | Wave propagation and scattering in random media Akira Ishimaru |
| title_short | Wave propagation and scattering in random media |
| title_sort | wave propagation and scattering in random media |
| topic | Wellenausbreitung (DE-588)4121912-0 gnd Elektromagnetische Streuung (DE-588)4194512-8 gnd |
| topic_facet | Wellenausbreitung Elektromagnetische Streuung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007823089&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT ishimaruakira wavepropagationandscatteringinrandommedia |