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Genetic parameter estimates for live weight and daily live weight gain obtained for Nellore bulls in a test station using different models
XML Encoding of Features Describing Rule-Based Modeling of Reaction Networks with Multi-Component Molecular Complexes
Body composition analysis: Cellular level modeling of body component ratios
Discontinuous Galerkin formulation for multi-component multiphase flow
Assessing intervention fidelity in a multi-level, multi-component, multi-site program: the Children’s Healthy Living (CHL) program
On the origin of multi-component bulk metallic glasses: Atomic size mismatches and de-mixing
Cosmic Ray Excesses from Multi-component Dark Matter Decays
Interpretation of the emission line spectra of Seyfert 2 galaxies by multi-component photoionization models
Conformal Matrix Models as an Alternative to Conventional Multi-Matrix Models
Coarse-graining polymer solutions: a critical appraisal of single- and multi-site models
Gravothermal oscillations in multi-component models of star clusters
Solitons in Multi-Component Nonlinear Schrodinger Models: A Survey of Recent Developments
Spitzer Survey of Stellar Structure in Galaxies (S$^4$G). The Pipeline 4: Multi-component decomposition strategies and data release
Revisiting Multi-Component Dark Matter with New AMS-02 Data
A near-infrared census of the multi-component stellar structure of early-type dwarf galaxies in the Virgo cluster
Multi-Component Dark Matter
Correlation modeling for compression of computed tomography images
Study of multi-component fuel premixed combustion using direct numerical simulation
The Spitzer Survey of Stellar Structure in Galaxies (S^4G): Multi-component Decomposition Strategies and Data Release
Magnetic Manipulation and Assembly of Multi-component Particle Suspensions
This thesis will investigate previously unexplored concepts in magnetic manipulation including controlling the assembly of magnetic and nonmagnetic particles either in bulk fluid or near a substrate. Both uniform glass interfaces and substrates with magnetic microstructures are considered. The main goal of this work is to discuss new strategies for implementing magnetic assembly systems that are capable of exquisitely controlling the positions and orientations of single-component as well as multi-component particle suspensions, including both magnetic and non-magnetic particles. This work primarily focuses on controlling spherical particles; however, there are also several demonstrations of controlling anisotropically shaped particles, such as microrods and Janus colloids.
Throughout this work, both conventional magnetophoresis and inverse magnetophoresis techniques were employed, the latter relying on ferrofluid, i.e. a suspension of magnetic nanoparticles in a nonmagnetic carrier fluid, which provides a strong magnetic permeability in the surrounding fluid in order to manipulate effectively non-magnetic materials. In each system it was found that the dimensionless ratio between magnetic energy and thermal energy could be successfully used to describe the degree of control over the positions and orientations of the particles. One general conclusion drawn from this work is that the ferrofluid can be modeled with a bulk effective permeability for length scales on the order of 100 nm. This greatly reduces modeling requirements since ferrofluid is a complex collection of discrete nanoparticles...