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eBook:Particle Deposition and Aggregation Measurement, Modelling and Simulation
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Particle Deposition and Aggregation Measurement, Modelling and Simulation (25M) General Contents: Theoretical Analysis of Deposition and Aggregation Phenomena - Electrical Properties of Interfaces -- The Electrical Double Layer -- Electrokinetic Phenomena - Surface Interaction Potentials -- Double Layer Interaction Between Macroscopic Bodies -- Van der Waals Interaction -- Non-DLVO Forces -- DLVO Description of Colloidal Stability - Colloidal Hydrodynamics and Transport -- Basic Concepts in Fluid and Particle Dynamics -- Brownian Motion and Diffusion -- Motion of a Single Sphere -- Relative Motion of Two Spheres -- Concentration Dependence of Diffusion Coefficients -- Quantitative Description of Deposition Phenomena Modelling and Simulation - Modeling of Particle Deposition onto Ideal Collectors -- Rotating Disc Systems -- Stagnation-Point Flow -- Parallel-Plate Channel -- Spherical Collector -- Interaction-Force Boundary-Layer Approximation -- Trajectory Analysis -- Representative Simulations of Particle Deposition - Modelling of Aggregation Processes -- Collisions and Aggregation: The Smoluchowski Approach -- Collision Mechanicms -- Collision Efficiencies -- Form of Aggregates -- Aggregate Strength and Break Up -- Aggregate Size Distributions -- Flocculation by Polymers - Selection of a Simulation Method -- Overview of Simulation Protocol -- Useful Concepts in Statistical Mechanics -- Monte Carlo Methods -- Molecular Dynamics Methods -- Brownian Dynamics Methods - Implementation of Computer Simulations -- Pair Potencial Models -- Periodic Boundary Conditions -- Generating Random Numbers -- Example: Implementation of Metropolis MC Simulation -- Computer Hardware -- Visualization of Simulation Results Experimental Methods and Model Validation Techniques - Experimental Techniques for Aggregation Studies -- General: Choice of Technique -- Particle Counting and Sizing -- Light-Scattering Methods -- Other Optical Methods -- Aggregate Properties - Experimental Techniques in Particle Deposition Kinetics -- System Requirements -- Particle Counting Methods -- Model Deposition Systems -- Determination of Experimental Collision Efficiencies - Theoretical Predictions Compared to Experimental Observations in Particle Deposition Kinetics -- Deposition with Repulsive Double Layers -- Deposition in the Presence of Attractive Double Layers -- Possible Explanations for Observed Discrepancies in Unfavourable Deposition -- A Semi-Empirical Approach for Predicting Collision Efficiencies Applications and Limitations of Predictive Modelling - Performance of Packed Bed-Filters -- Particle Removal Mechanisms -- Modelling of Particle Removal in Granular Filtration -- Predictions of Filter Performance - Transport of Colloidal Materials in Ground Water -- Transport of Viruses in Soils and Ground Water -- Transport of Colloids and Associated Pollutants in Ground Water -- Colloid Travel Distances in Porous Media - Advanced Simulation of Porous Media and Filtration Processes -- Classification of Filtration Processes and Models -- Random Line Network Model -- Poisson Point-Line Model -- Tessellation Models -- Random Packing of Spheres - Application of Simulation Techniques to Colloidal Dispersion Systems -- MC Simulation of Triplet Formation -- MC Simulation of Magnetic Flocculation -- BD Simulation of Colloidal Aggregation -- BD Simulation of Colloidal Deposition -- Simulation of Colloids Under Shear -- Stokesian Dynamics Simulations 现在小木虫好像不能查询以前是否有人发过了。所以如果认为发过了，也有相应的链接，就把该贴删除。谢谢！ 前面我发过一次，给了46个朋友。但是该贴被回收了，因为违规。现在重新来，把链接附上。 感兴趣的虫虫请顶一下，最好用那种5个星星的。 http://rapidshare.com/files/946804/_075067024X__Particle_Deposition___Aggregation_-_Measurement__Modelling_and_Simulation.rar [ Last edited by jackiemwd on 2007-5-7 at 07:42 ] |
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