417 Characterization of Engineered Particles and Nanostructured Particulate Systems

Description:
The physical and chemical characterization of engineered particles ranging from the nanometer to the micrometer scale plays an important role in formulation, processing and quality assurance. This session will focus on recent developments in characterization techniques and methodologies. Emphasis will be placed on nanostructured engineered particle systems with several examples of the link between novel characterization techniques and novel engineered structures and properties.

Sponsor:
Particle Production and Characterization

Chair:
Daniel Lepek
Email: lepek@cooper.edu

Co-Chair:
Stephen L. Conway
Email: stephen_conway@merck.com


Papers:

8:30 AM
(417a) Interference-Based Characterization of Microspheres: Radius, Local Curvature and Roughness Determination
Jose C. Contreras-Naranjo, Jamison Chang and Victor M. Ugaz

8:49 AM
(417b) Investigation of Packing and Flow Property Influenced By Particle Size and Shape
Zhimin Xi, Songxiong Ding and Chandana Ratnayake

9:08 AM
(417c) Determination of Structure, Porosity and API Distribution in Granules By the Computed Micro-Tomography
Ondrej Kaspar, Viola Tokarova, Sarang Oka, Rohit Ramachandran and Frantisek Stepanek

9:27 AM
(417d) Artificial Thermalization of Non-Brownian Microparticles for the Fabrication of Close-Packed Colloidal Crystals
Melissa H. Lash, Steven R. Little and Joseph J. McCarthy

9:46 AM
(417e) Internal Structure Characterization of Porous W Particles Formed By ALD On Sacrificial Polymers
Staci A. Van Norman, Joseph W. Tringe, John L. Falconer and Alan W. Weimer

10:05 AM
(417f) On-Line Characterization of Nanoparticles During Gas-Phase Synthesis
Arto J. Gröhn, Sotiris E. Pratsinis and Karsten Wegner

10:24 AM
(417g) Cereal Fiber Based Encapsulation of Selected Polyphenols and Their Solid State Characterization
Dhananjay A. Pai, Jun Wei Ng, Wai Kiong Ng and Reginald Tan
File available
10:43 AM
(417h) Zeta Potential: A Neglected Parameter in the Characterization of Nanoparticulate Suspensions
David Fairhurst
See more of this Group/Topical: Particle Technology Forum
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