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Publications
Proceedings
2017 Metabolic Engineering Summit
General Submissions
ME as an Enabling Technology for Driving Innovation
Impact of yeast lipid pathway engineering and bioprocess strategy on cellular physiology and lipid content
2011 Annual Meeting
Session: Population Balance Modeling for Particle Formation Processes: Nucleation, Aggregation and Breakage Kernels
Co-Chair
Rajniak, P.
, Merck &Co.
Presentations
08:30 AM
(47a) A Discrete Population Balance Model for Particle Breakage In Dense-Phase Particulate Systems
08:51 AM
(47b) On a Class of Analytical Solutions for the Population Balance Equation with Aggregation and Breakage
09:12 AM
(47c) Solution of a Four-Component Population Balance Model for Wet Granulation Via Constant-Number Monte Carlo
09:33 AM
(47d) A Multi-Dimensional Population Balance Model Validation Approach to High-Shear Wet Granulation (HSWG) Processes
09:54 AM
(47e) Efficient Simulation of Population Balance Models Via Parallel and Distributed Computing
10:15 AM
(47f) A Study of Population Balance Modeling In a Large-Eddy Simulation with Carbonate Precipitation
10:36 AM
(47g) Incorporating Surfactant Coverage and Drop Coalescence Into Population Balance Models of High Pressure Emulsification
