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Preface | ||
1 | Design of a Small Angle Spetrometer: Application to Milk Casein | 2 |
2 | Capturing Static Light Scattering Data Using a High-Resolution Charge-Coupled Device Detector | 14 |
3 | A Novel Automatic Dilution System for On-Line Particle Size Analysis | 23 |
4 | Multiangle-Multiwavelength Detection for Particle Characterization | 30 |
5 | Analysis of Macromolecules Using Low- and Right-Angle Laser Light Scattering and Photon Correlation Spectroscopy | 39 |
6 | High-Resolution Particle Size Analysis of Mostly Submicrometer Dispersions and Emulsions by Simultaneous Combination of Dynamic Light Scattering and Single-Particle Optical Sensing | 52 |
7 | Developing Fiber Optic Probes for Noninvasive Particle Size Measurements in Concentrated Suspensions Using Dynamic Light Scattering | 77 |
8 | Improvements in Accuracy and Speed Using the Time-of-Transition Method and Dynamic Image Analysis for Particle Sizing: Some Real-World Examples | 88 |
9 | Ultrafine Particle Size Measurement in the Range 0.003 to 6.5 Micrometers Using the Controlled Reference Method | 103 |
10 | Optimization of Particle Size Measurement from 40 Nanometers to Millimeters Using High-Angle Light Scattering | 130 |
11 | Absorbed Layer Thicknesses of Associative Polymers on TiO[subscript 2] Particles | 148 |
12 | Characterization of Polybutyl Acrylate Latex Particles Stabilized by a Reactive Surfactant | 161 |
13 | Thermal Field-Flow Fractionation of Colloidal Particles | 182 |
14 | Charge and Hydrophobicity Fractionation of Colloidal-Size Polymers Using Electrical Field-Flow Fractionation and Liquid Chromatography | 196 |
15 | High-Resolution Particle Size Characterization for Quality Control | 207 |
16 | Application of Capillary Hydrodynamic Fractionation To Study the Breakup of Aggregates by Sonication and Shear | 222 |
17 | Electrokinetic Lift Effects on the Separation Factorin Capillary Hydrodynamic Fractionation | 244 |
18 | Particle Size Characterization During Emulsion Polymerization | 266 |
19 | A New Method for Size Analysis of Low-Density Particles Using Differential Centrifugal Sedimentation | 285 |
20 | Analytical Separation of Colloidal Particles by Capillary Electrophoresis | 296 |
21 | Electroacoustic Determination of Droplet Size and Zeta Potential in Concentrated Emulsions | 311 |
22 | Acoustic Spectroscopy: Novel Technique for Particle Size Measurement in both High- and Low-Density Contrast Materials over Wide Particle Size and Concentration Ranges | 320 |
23 | A New Instrument for the Measurement of Very Small Electrophoretic Mobilities Using Phase Analysis Light Scattering | 327 |
Author index | 342 | |
Subject index | 343 |
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Add Particle Size Distribution III : Assessment and Characterization, Particle size and distribution are key factors in assessing polymer chains. This volume examines a variety of recent measuring techniques, including static and dynamic light scattering methods, fractionation methods, and electrophoretic and electroac, Particle Size Distribution III : Assessment and Characterization to the inventory that you are selling on WonderClubX
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Add Particle Size Distribution III : Assessment and Characterization, Particle size and distribution are key factors in assessing polymer chains. This volume examines a variety of recent measuring techniques, including static and dynamic light scattering methods, fractionation methods, and electrophoretic and electroac, Particle Size Distribution III : Assessment and Characterization to your collection on WonderClub |