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Renliang Xu — Particle Characterization : Light Scattering Methods
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Название: Particle Characterization : Light Scattering MethodsАвтор: Renliang Xu Аннотация: Particle characterization is an important component in product research and development, manufacture, and quality control of particulate materials and an important tool in the frontier of sciences, such as in biotechnology and nanotechnology. This book systematically describes one major branch of modern particle characterization technology — the light scattering methods. This is the first monograph in particle science and technology covering the principles, instrumentation, data interpretation, applications, and latest experimental development in laser diffraction, optical particle counting, photon correlation spectroscopy, and electrophoretic light scattering. In addition, a summary of all major particle sizing and other characterization methods, basic statistics and sample preparation techniques used in particle characterization, as well as almost 500 latest references are provided. The book is a must for industrial users of light scattering techniques characterizing a variety of particulate systems and for undergraduate or graduate students who want to learn how to use light scattering to study particular materials, in chemical engineering, material sciences, physical chemistry and other related fields.
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: 1 editionГод издания: 2000Количество страниц: 420Добавлена в каталог: 31.10.2010Операции: Положить на полку |
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Предметный указатель
Dunn, R.C. 15 Durian, D.J. 281 Durst, F. 60 305 Dynamic light scattering, heterodyne 86 Dynamic light scattering, homo dyne 86 276 Dynamic light scattering, self-beating 86 Dyson, R.D. 249 Ebert, F. 103 175 208 210 Egelhaaf, S.U. 232 Eichler, T. 21 Einstein, A. 58 Elastic scattering 59 Electrical sensing zone method see "Coulter principle" Electroacoustic spectral analysis 23 Electrokinetic sonic amplitude effect 23 Electroosmosis 295 310 334 Electrophoresis cell, capillary 307 322 Electrophoresis cell, capillary, coating 314 Electrophoresis cell, capillary, electroosmosis 310 Electrophoresis cell, capillary, flow profile 310 Electrophoresis cell, capillary, stationary layer 311 329 Electrophoresis cell, comparison 317 Electrophoresis cell, parallel-plate 315 Electrophoretic mobility, definition 295 Electrostatic classifier 208 Elings, U.B. 191 Emmett, P.M. 24 Emoto, K. 310 Endoh, S. 170 171 Eppmann, P. 60 Esposito, E. 153 Ettmuller, J. 100 Eustachi, W. 100 Evenstad, J. 103 Extinction 56 98 182 187 205 Extinction, efficiency 98 205 Facq, L. 307 Fair, M.C. 297 Fanderlik, I. 161 Fantini, S., M.A. 100 Farhadpour, F.A. 158 Felton, P.G. 136 159 Ferreira, P.J. 169 Ferri, F. 98 154 Fiber 126 227 230 273 305 Fiber optic frequency shifter 305 Fiber, few-mode 232 Fiber, monomode 127 232 273 Fiber, multimode 232 273 Field flow fractionation 20 Figueiredo, M.M. 169 Fingerprint analysis 267 Finsy, R. 157 224 252 257 258 263 267 272 275 314 Fisher, M.A. 184 Fishkin, J. 100 Flank, W.H. 171 Flatau, P.J. 81 Fleer, G.J. 195 196 Floegel, H.H. 60 Flow profile 310 Fluorescence 15 57 Flux 112 149 188 203 Flygare, W.H. 299 332 335 Focused beam reflectance 95 Ford, J.R. 250 261 Ford, N. 229 234 Forward scattering see "Fraunhofer diffraction" Fourier optics 128 Fourier transform 74 87 134 300 326 Fractal dimension 174 Fractional distribution 31 254 Fraunhofer diffraction 73 111 144 152 160 173 206 Fraunhofer, J. 74 Fredholm integration 152 Frequency domain photon migration 100 Frequency, shifted 300 Frequency, shifter 85 304 Frequency, shifter, Bragg cell 306 Frequency, shifter, fiberoptic 305 Frequency, shifter, moving mirror 305 Frequency, shifter, rotating grating 306 Fresnel diffraction 74 102 173 Friehmelt, R. 208 Fujime, S. 259 Fukino, Y. 235 Furusawa, K. 26 308 313 323 334 Gang, Z. 98 Garcia-Rubio, L.H. 60 98 99 Gas sorption 24 Gaussian distribution 33 217 Gebhart, J. 211 217 Gelade, E. 157 169 257 258 272 275 Geometric mean 30 41 Gerber, M. 60 96 Geurts, J.M. 26 Giddings, J.C. 20 21 Giglio, M. 154 Giles, C.L. 69 Gillioen, P. 272 Gimsa, T. 60 Girvin, K.L. 185 Glatter, O. 143 161 163 252 Global analysis 257 Goetz, P.J. 22 23 Goldlin, A.A. 256 Goossens, H.W.J. 135 Gouesbet, G. 63 Gradon, L. 203 Graf, C. 296 Grant, D.C. 217 Gregg, S.J. 24 Grehan, G. 63 103 Grell, E. 256 Grosberg, A.Y. 229 Grosse, C. 297 Gucker, F.T.Jr. 182 Gulari, Er. 98 252 Gulari, Es. 98 252 Gull, S.R 253 Gustavson, R.G. 307 Haas, D.D. 60 299 308 309 336 Haestier, A. 272 Hagenbuchle, M. 296 Hagenow, A. 100 Hall, R.S. 265 Hamilton, J.D. 307 Hammond, D.C 159 Hanson, R.J. 204 249 Hanus, L.H. 250 Hanusch, T. 203 Hareland, G.A. 172 Harris, J.M. 310 313 314 Harrison, C.F. 188 189 193 Hart, W.H. 119 128 131 Harvill, T.L. 83 164 Haugen, P. 103 Havard, T. 229 234 Hawkins, A.E. 46 Hayakawa, O. 60 170 He-Ne laser 126 185 226 305 Heffels, C.M.G. 74 169 175 176 Heidenreich, S. 208 210 Heitzmann, D. 169 176 Heller, W. 98 Henry equation 295 Henry, D.C. 295 Herard, C. 171 Herdan, G. 29 Hess, C.F. 60 224 Heterodyne 86 Heuer, M. 154 Heybroek, M. 183 Heywood, H. 7 Hideaki, I. 172 Hildebrand, H. 267 Hioki, R. 307 Hirleman, E.D. 60 83 148 154 163 169 176 Hirst, E. 174 histogram 29 40 252 326 Hitchen, C.J. 162 Hjerten, S. 314 Ho, K. 60 Hoff, C. 60 96 Holographic method 16 Holve, D.J. 83 164 165 203 Homodyne 86 276 Hong, C. 98 Hoog, J.H. 83 164 horizontal polarization 61 118 Horn, D.F. 60 257 273 275 Houtmeyers, E. 169 Hubner, T. 170 172 Huchins, D.K. 60 Huckel equation 297 Huffman, D. 60 69 Humphy-Baker, R. 171 Hunter, R. 294 Hydro-focusing 194 Hydrodynamic chromatography 19 Hydrodynamic effect 265 Hydrodynamic size 245 264 268 Igushi, T. 115 Ikeda, C. 170—172 Ikegami, A. 259 Imae, T. 322 Image analysis 15 39 in-line measurement 99 139 272 Inaba, K. 137 171 Incandescent filament lamp 185 Inoue, S. 15 Instrument, alignment 143 150 233 Instrument, calibration 143 149 188 190 208 214 323 Interference 56 148 241 280 301 323 Irniger, V. 60 Irregularly shaped particles 173 Isenberg, I. 249 Ishii, K. 281 ISO 8 250 Isoelectric point 294 Iwai, T. 281 Iwata, H. 170—172 Jacobasch, H.-J. 26 Jaenicke, R. 203 Jakeman, E. 239 Jennings, B.R. 60 72 Jizmagian, G.S. 99 Johnson, C.S.Jr. 265 Johnston, R.G. 60 224 Jones, A.R. 74 169 173 Jones, R. 164 234 Joosten, J. 157 257 258 275 Kaiser, T. 69 Kameyama, K. 311 322 Karasikov, N. 60 97 Kasper, G. 217 Katz, S. 184 Kaufman, S.L. 183 Kaye, B.H. 6 Kaye, P. 174 Keh, H.J. 297 Kellner, G. 143 163 Kelly, J. 171 172 Kerker, M. 60 65 66 69 Kern, J. 169 Khintchine, A. 88 Kidai, M. 311 Kim, S. 297 Kimura, Y. 60 Kinney, P.D. 97 Kirkland, J.J. 19 Klein, J.P. 60 96 Klingler, J.F. 60 Knable, N. 223 Knapp, J.Z. 216 Knight, J. 153 Knollenberg, R.G. 185 190 191 194 195 197 198 208 210 Knollenberg, S.C. 190 Knox, R.J. 313 314 323 Koehler, W. 60 Kohler, M. 60 98 Kohno, T. 235 Komagata, S. 311 Komrska, J. 74 Koo, J.H. 153 Koppel, D.E. 249 Kornbrekke, R.E. 331 Koropchak, J.A. 183 Kouzelis, D. 153 Krahn, W. 224 Kratochvil, P. 60 90 Krause, R. 296 Kubota, K. 259 Kuga, Y. 170—172 Kuo, C. 60 98 kurtosis 35 Kusters, K.A. 80 Laerum, O.D. 60 224 Lange, H. 37 Laplace inversion 251 Laser diode 126 185 226 273 Lawson, C.L. 204 Lee, H.S. 211 Lehner, D. 143 163 Leipertz, A. 172 229 Leith, D. 97 Leschonski, K. 40 141 Leyte, J.C. 26 Li, K. 69 Li, X. 159 Licinio, P. 252 Lieberman, A. 184 192 193 Liebman, L.A. 81 Light source, incandescentfilament lamp 185 Light source, laser, diode 126 185 226 273 Light source, laser, He-Ne 126 185 226 305 Light source, multiple 130 Light source, tungsten 13 Light source, white light 126 Light-beating spectroscopy 85 Lilge, D. 257 Lindenthal, G. 205 Linder, A.O. 21 Linear correlator 236 Lines, R.W. 13 Linewidth 306 326 Liquid-borne particles 139 150 182 194 295 Lisse, M.W. 307 List, J. 175 Liu, B.Y.H. 191 199 208 211 215 217 Livesey, A.K. 252 Local oscillator 85 233 275 Loeb, A.L. 296 Log-normal distribution 33 204 Logiudice, P.J. 170 Loizeau, J.-L. 167 Lorentzian spectrum 300 323 Lorenz, L.V. 58 Lucas, K. 224 Luckas, M. 224 Lueddecke, E. 257
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