Авторизация
Поиск по указателям
Ike E.R., Sabatier P.C. (Ed) — Scattering: Scattering and Inverse Scattering in Pure and Applied Science
Обсудите книгу на научном форуме Нашли опечатку?
Название: Scattering: Scattering and Inverse Scattering in Pure and Applied ScienceАвторы: Ike E.R., Sabatier P.C. (Ed) Аннотация: This comprehensive work of the various features of scattering is a handsome, two-volume boxed set of 100 articles covering wave scattering by macroscopic targets, scattering in microscopic physics and chemical physics, scattering in nuclear physics, particle scattering, scattering at extreme physical scales, and scattering in mathematics and non-physical sciences. Whatever the phenomena, the aim in explaining all the diverse scattering phenomena is to tease out—from the underlying particle or wave theory expressed in the form of differential equations—those features that describe scattering. Such features fall into two overarching problems: the "direct scattering problem" whereby the researcher must imagine waves coming from a given direction with a certain wavelength or energy, impinging upon an obstacle, traversing a locally nonuniform medium or interacting with a center of force, and detecting them at large distances in other directions and possibly, at other energies or wavelengths. Or, the "inverse problem" whereby the aim is to obtain, at large distances, information about the local nature of the unknown medium or force that caused the scattering. Addressing the specifics of these overarching problems is an international array of contributors identified by their institution and full contact information.
Язык: Рубрика: Математика /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2001Количество страниц: 1831Добавлена в каталог: 04.07.2008Операции: Положить на полку |
Скопировать ссылку для форума | Скопировать ID
Предметный указатель
142 164 1568-1569 1565-1567 1463-1466 1463-1465 1475 1465 1475 1466-1468 1472-1474 21 1369 11 4 370-371 694-695 1489-1490 1495-1497 1490-1495 683 1678-1688 1487-1490 1483-1487 1487 1497-1499 1488-1489 1487-1488 1487 1488-1489 1500-1502 1499-1500 1483-1504 1501-1502 1682-1686 1686-1687 1678-1679 1679-1681 1681-1682 1449-1450 1450-1451 366 692-693 372-376 56 196 361 1721-1723 A-scan (amplitude scan) 163 ABC (absorbing boundary conditions) 363 Ablowitz, M.J. and J. Villarroel, On the Scattering of Multiple Lumps for the Kadomtsev - Petviashvili Equation 1792-1806 Absorbing boundary conditions (ABC) 363 Absorption cross section 233-234 237 Acoustic approximation 96 Acoustic double-layer potentials 45 Acoustic emission 115 Acoustic holography 116 Acoustic microscopy 115 Acoustic multipoles 44 Acoustic scattering, acoustic waves 37-39 Acoustic scattering, double-layer potentials 45-48 Acoustic scattering, far field pattern 41-43 Acoustic scattering, Green’s formula 39-41 Acoustic scattering, Green’s theorem 39-41 Acoustic scattering, Herglotz wave functions 49 Acoustic scattering, rough surfaces 17-23 Acoustic scattering, scattering amplitude 41-43 Acoustic scattering, single-layer potentials 45-48 Acoustic scattering, spherical wave functions 43-45 Acoustic scattering, theoretical tools 37-51 Acoustic scattering, two-dimensional case 49-51 Acoustic scattering, volume potentials 48-49 Acoustic single-layer potentials 45 Acoustic singularity identification (ASI) 432 Acoustic speckle 170 Acoustic spectroscopy 116 Acoustic waves, imaging and inversion 578-593 Acoustic waves, linear scalar inverse scattering 122-128 Acoustic waves, linear, boundary conditions 122-123 Acoustic waves, linear, canonical scatterers 125-126 Acoustic waves, linear, constitutive equations 123 Acoustic waves, linear, governing equations 122-123 Acoustic waves, linear, Green’s function for homogeneous waves 123 Acoustic waves, linear, homogeneous plane waves in homogeneous media 123 Acoustic waves, linear, perfectly rigid scatterers 126-127 128 133 136 Acoustic waves, linear, perfectly soft scatterers 126 127-128 131-132 136 Acoustic waves, linear, wave equation for pressure in inhomoge- neous media 123 Acoustic waves, theoretical tools 37-39 Acoustical imaging, application methods 95-120 Acoustical imaging, applied surface sources 99 Acoustical imaging, applied volumic sources 98 Acoustical imaging, Born approximation 105 Acoustical imaging, conclusions 118 Acoustical imaging, definition 95 Acoustical imaging, echography 116-118 Acoustical imaging, forward problems 99-100 Acoustical imaging, forward radiation problem 101 Acoustical imaging, image 104 Acoustical imaging, induced volumic sources 98 Acoustical imaging, insonified object 98 Acoustical imaging, intersecting canonical body approximations 105-109 Acoustical imaging, introduction 95-97 Acoustical imaging, inverse boundary problems 96 97 Acoustical imaging, inverse medium problem 96 Acoustical imaging, inverse medium problem as inverse source problem 103-105 Acoustical imaging, inverse medium problem schematisation 101-103 Acoustical imaging, inverse problem 99-100 Acoustical imaging, inverse problem and action of a lens 112 113 Acoustical imaging, inverse source problem schematisation 101-103 Acoustical imaging, inverse sources problem 96 Acoustical imaging, irradiated object 98 Acoustical imaging, media and sources (terms) 97-99 Acoustical imaging, perturbation analysis 105-108 Acoustical imaging, pseudo-image 97 104 Acoustical imaging, quasi-image 104 Acoustical imaging, retrieval-type inverse problems 96 Acoustical imaging, sound, use to identify active sources 115-116 Acoustical imaging, sources and media (terms) 97-99 Acoustical imaging, synthesis-type inverse problems 96 Acoustical imaging, time-reversal mirror 113-115 Acoustical imaging, vibroacoustics 99 Actinide magnetism 1147-1148 ADC (analogue-to-digital converters) 460 Adiabatic approximation 1377-1380 Adiabatic coupled equations solution 1378-1379 Adjoint-field method, diffusion tomography in dense media 931-932 Advanced propagator 9 Aerosol scattering, aerosol backscatter calculations 945 Aerosol scattering, atmospheric backscatter measurements 941-945 Aerosol scattering, backscatter scaling laws 945-948 Aerosol scattering, introduction 940-941 AI (associative ionisation) 1035 Aircraft scale models 442 Aktosun, Tuncay and Martin Klaus, Inverse Theory: Problem on the Line 770-785 Al - Khalili, J.S. and J.A. Tostevin, Few - Body Models of Nuclear Reactors 1373-1392 Amplitude scan (A-scan) 163 Analogue-to-digital converters (ADC) 460 Analytic time signals, pulsed beam solutions 312-313 Analyticity and unitarity, rigorous consequences, scattering through strong interactions (Hadronic or QCD scale) 1534-1548 Analyticity domains 1495-1496 Analyticity in field theory, S-matrix theory 1489-1490 Analyticity properties, crossing 1536-1537 Analyticity properties, fixed 1535-1536 Analyticity properties, fixed 1536 Analyticity properties, rigorous consequences of analyticity and unitarity 1535-1537 Andersson, Nils and Bruce Jensen, Scattering by Black Holes 1607-1626 Anechoic chambers 517 Angular diversity 134-136 Angular intensity correlations 889-892 Animal experiments 510 Anisotropic depolariser, surface backscatter 417-418 Anisotropic media, elastic wave scattering 537-541 Anisotropic media, electromagnetic waves scattering 188 Anisotropic media, scattering polarimetry 408 Anisotropic scattering, diffusion approximation 923-924 Anisotropy 169 241 Anomalous layer 117 Antennas, arrays 398-399 Antennas, basic types 388-393 Antennas, broadband 393-395 Antennas, conformal 395-398 Antennas, electromagnetic wave scattering 384-399 Antennas, fundamental properties 384-388 Antennas, ground probing radar 461-462 Antennas, impulse ground probing radar 461 Antennas, radar 401-402 Application to scattering of photons and electrons, 1463 1466 Application to scattering of photons and electrons, 1463-1465 1475 Application to scattering of photons and electrons, 1465 1475 Application to scattering of photons and electrons, 1466-1468 1472-1474 Application to scattering of photons and electrons, Bhabha scattering 1465-1466 1474-1475 Application to scattering of photons and electrons, electron anomaly 1478-1479 Application to scattering of photons and electrons, high energy tests of quantum electrodynamics 1472-1475 Application to scattering of photons and electrons, introduction 1462 Application to scattering of photons and electrons, light-by-light scattering 1468 Application to scattering of photons and electrons, magnetic moment of charged Leptons, anomalous 1475-1481 Application to scattering of photons and electrons, Muon anomaly 1479-1481 Application to scattering of photons and electrons, radiative corrections 1468-1472 Application to scattering of photons and electrons, state of the art of pertubative methods 1462-1482 Application to scattering of photons and electrons, tau anomaly 1481 Applications of solitons, inverse scattering transform and nonlinear partial differential equations 1741-1753 Applications of solitons, solitons and water waves 618-637 Applied surface sources 99 ARL (Army Research Laboratory) 444 Army Research Laboratory (ARL) 444 Arridge, S.R., Diffusion Tomography in Dense Media 920-936 ASI (acoustic singularity identification) 432 Associative ionisation (AI) 1035 Asymptotic 1495-1497 Asymptotic 1495-1496 Asymptotic 1495 Asymptotic 1495-1496 Asymptotic 1496-1497 Asymptotic 1497 Asymptotic completeness 679 704-705 Atmospheric backscatter measurements 941-945 Atmospheric scattering, aerosol scattering 940-948 Atmospheric scattering, clouds 948-949 Atmospheric scattering, introduction 937-939 Atmospheric scattering, lidar measurements 949-953 Atmospheric scattering, lidar sensing 949-953 Atmospheric scattering, molecular backscatter spectrum 939 Atmospheric scattering, molecular scattering 939 Atmospheric scattering, scattering from clouds 948-949 Atmospheric scattering, space-borne Doppler wind lidar 953-955 Atmospheric scattering, surface water waves 618-636 Atmospheric scattering, visible and near-visible light scattering 937-957 Atom-molecule collisions, cold molecules 1062 Atomic and molecular scattering, atomic scattering at surfaces 1081-1098 Atomic and molecular scattering, chemical reactions 1068-1080 Atomic and molecular scattering, collisions of atoms and molecules, ultracold 1043-1067 Atomic and molecular scattering, collisions of ions, atoms and molecules, fast 1025-1042 Atomic and molecular scattering, collisions of ions, atoms and molecules, slow 1025-1042 Atomic and molecular scattering, electron scattering by atoms, ions and molecules 1002-1024 Atomic and molecular scattering, fast collisions of ions, atoms and molecules 1025-1042 Atomic and molecular scattering, positron scattering by atoms, ions and molecules 1002-1024 Atomic and molecular scattering, slow collisions of ions, atoms and molecules 1025-1042 Atomic and molecular scattering, ultra-cold collisions of atoms and molecules 1043-1067 Atomic collisions with multielectron targets collisions of ions, atoms and molecules, fast and slow 1035 Atomic collisions, cold, collisions in traps 1052 Atomic collisions, cold, identical particle effects 1046-1047 Atomic collisions, cold, interaction potentials 1047-1048 Atomic collisions, cold, scattering basic concepts 1045-1046 Atomic collisions, cold, scattering channels 1044-1045 Atomic collisions, cold, scattering resonances 1051-1052 Atomic collisions, cold, theory 1044-1052 Atomic collisions, cold, threshold onset 1049-1050 Atomic collisions, cold, threshold properties 1048-1049 Atomic collisions, cold, wave functions 1049-1050 Atomic nucleus scattering 1155-1157 Atomic scattering at surfaces, atomic potentials 1088 Atomic scattering at surfaces, conclusions 1097 Atomic scattering at surfaces, dielectric response theory 1083-1084 Atomic scattering at surfaces, electron correlations 1095-1096 Atomic scattering at surfaces, energy loss 1090-1091 Atomic scattering at surfaces, grazing incidence scattering 1090-1091 Atomic scattering at surfaces, interaction potentials 1082-1088 Atomic scattering at surfaces, introduction 1081-1082 Atomic scattering at surfaces, Jellium model 1082-1083 Atomic scattering at surfaces, quantum mean-field methods 1096-1097 Atomic scattering at surfaces, reactive ion-surface scattering 1091-1097 Atomic scattering at surfaces, reflection 1088-1090 Atomic scattering at surfaces, resonant charge transfer 1091-1094 Atomic scattering at surfaces, resonant coherent excitation 1094-1095 Atomic scattering at surfaces, surface channelling 1088-1090 Atomic scattering at surfaces, surface response function 1085-1088 Atomic scattering at surfaces, trajectories 1088-1091 Atomic scattering at surfaces, two-electron processes 1095-1096 Atomic scattering cross sections 1110 Atomic scattering factor 1100-1101 Auberson, G., Introduction to General Concepts and Main Tools 3-14 Autoionising states 1397-1399 Axiomatic 1491-1492 Axiomatic 1490-1495 Axiomatic 1493-1494 Axiomatic 1490-1491 Axiomatic 1494-1495 Axiomatic 1492 Axiomatic 1494 Axiomatic 1493-1494 Axiomatic 1494-1495 Axiomatic 1490-1491 Axiomatic 1491-1492 Axiomatic 1493 Axiomatic 1492 Axiomatic 1493-1494 Axiomatic 1492-1493 Axiomatic 1490-1491 1491-1492 Azimuthal symmetry 422-423 B see B. Roessli B-scan (brightness scan technique) 162 Back-propagation method 151 Backscatter enhancement effect 29-30 Backscatter matrices, scattering polarime- try 420-422 Backscatter scaling laws, aerosol scattering 945-948 Backscattering alignment system (BSA) 411 Backscattering coefficient 478 Backscattering enhancement 379 Backscattering spectrometers (BS) 1209 Bad functions 1493-1494 Banach spaces 48 Band-limited fractional Brownian motion model 471 Banded matrix iterative approach (BMIA) 26 Barill 969-986 Baum, Carl E. and Lawrence Carin, Singularity Expansion Method, Symme-try and Target Identification 431-447 BBS (box and ball systems) 1762 Beam-amplitude matrix 301 BEM (boundary-element methods) 488 Berg, P M van den, Nonlinear Scalar Inverse Scattering: Algorithms and Applications 142-161 Bessel beam excitation 976-978 Bessel functions 50 Bessel functions, spherical 43 Bethe - Salpeter equation 16 Bethe ridge 1307 Bhabha scattering 1465-1466 1474-1475 BiCGSTAB (stabilised biconjugate gradient algorithm) 361 BIE (boundary integral equation method) 101 Binary Darboux transformation 1804-1 806 Biological effects of radio-frequency fields, absorption mechanisms 508-510 Biological effects of radio-frequency fields, animal experiments 510 Biological effects of radio-frequency fields, biological membranes 511 Biological effects of radio-frequency fields, body temperature 511 Biological effects of radio-frequency fields, cancer 514-516 Biological effects of radio-frequency fields, central nervous system 513-514 Biological effects of radio-frequency fields, conclusion 516 523 Biological effects of radio-frequency fields, electromagnetic wave scattering 508-527
Реклама
and 
scattering near the Coulomb barrier 
-scan (compound scan image) 
polarised case 
annihilation into Lepton pairs 
-space approach 
-matrix solutions 
operator 
-matrix method 
system, two-dimensional scattering 
dispersion relations 
condition 
ni, P. 
, R. and G. Rivoire, Stimulated Rayleigh-wing Scattering (SRWS) 
|
|
О проекте