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Start Over Area of Honors Chemical Engineering Thesis Supervisor Themis Matsoukas

1. Study of the Dynamics of Glass Forming Liquids Using Molecular Dynamics Simulations

open_access
Open Access
Author:
Sokolowski, Christopher Henry
Title:
Study of the Dynamics of Glass Forming Liquids Using Molecular Dynamics Simulations
Area of Honors:
Chemical Engineering
Keywords:
molecular dynamics
torsion
non-bonded
interactions
glass transition
strong
weak
glass
File:
Download Sokolowski_Thesis_R4.pdf
Thesis Supervisors:
Janna Kay Maranas, Thesis Supervisor
Janna Kay Maranas, Thesis Supervisor
Themis Matsoukas, Thesis Honors Advisor

2. Influence of Carbon Monoxide in Chemoselective Heterogeneous Catalytic Reactions

open_access
Open Access
Author:
Marple, Daniel
Title:
Influence of Carbon Monoxide in Chemoselective Heterogeneous Catalytic Reactions
Area of Honors:
Chemical Engineering
Keywords:
heterogeneous catalysis
crotonaldehyde
butyraldehyde
crotyl alcohol
carbon monoxide
selectivity
activity
File:
Download Dan_Marple_Thesis.pdf
Thesis Supervisors:
Robert Martin Rioux Jr., Thesis Supervisor
Robert Martin Rioux Jr., Thesis Supervisor
Themis Matsoukas, Thesis Honors Advisor

3. Improved Surface Coating Methods of Silane Coupling Agents on Silica Nanoparticles to Enhance Stability and Surface Coverage

open_access
Open Access
Author:
Reilly, Daniel Timothy
Title:
Improved Surface Coating Methods of Silane Coupling Agents on Silica Nanoparticles to Enhance Stability and Surface Coverage
Area of Honors:
Chemical Engineering
Keywords:
Colloid Stability
Heat Transfer Fluids
Silica
Nanoparticles
File:
Download Thesis-Dan-Reilly-2.pdf
Thesis Supervisors:
Themis Matsoukas, Thesis Supervisor
Themis Matsoukas, Thesis Supervisor
Dr. Wayne Roger Curtis, Thesis Honors Advisor
Darrell Velegol, Faculty Reader

5. SURFACE MODIFICATION OF SILICA NANOPARTICLES USING SURFACE COUPLING AGENTS

open_access
Open Access
Author:
AlJama, Hassan
Title:
SURFACE MODIFICATION OF SILICA NANOPARTICLES USING SURFACE COUPLING AGENTS
Area of Honors:
Chemical Engineering
Keywords:
Silica
nanopaticles
surface modifications
surface coupling agents
colloid
File:
Download Thesis-Hassan.pdf
Thesis Supervisors:
Themis Matsoukas, Thesis Supervisor
Themis Matsoukas, Thesis Supervisor
Dr. Themis Matsoukas, Thesis Honors Advisor
Darrell Velegol, Faculty Reader

6. SYNTHESIS AND CHARACTERIZATION OF AMORPHOUS HYDROGENERATED CARBON NANOPARTICLES CREATED THROUGH PLASMA ENHANCED CHEMICAL VAPOR DEPOSITION TECHNIQUES

open_access
Open Access
Author:
Yelamarty, Srinath
Title:
SYNTHESIS AND CHARACTERIZATION OF AMORPHOUS HYDROGENERATED CARBON NANOPARTICLES CREATED THROUGH PLASMA ENHANCED CHEMICAL VAPOR DEPOSITION TECHNIQUES
Area of Honors:
Chemical Engineering
Keywords:
low pressure
plasma
nanoparticle
hydrocarbon
File:
Download Thesis_with_Formatting2.pdf
Thesis Supervisors:
Themis Matsoukas, Thesis Supervisor
Themis Matsoukas, Thesis Supervisor
Darrell Velegol, Thesis Honors Advisor

7. A COMPUTATIONAL COMPARISON OF GENOME-SCALE METABOLIC MODELS HIGHLIGHTING THE NEED FOR THE ADOPTION OF UNIVERSAL CONVENTIONS AND STANDARDS

open_access
Open Access
Author:
Spagnol, Stephen Thomas
Title:
A COMPUTATIONAL COMPARISON OF GENOME-SCALE METABOLIC MODELS HIGHLIGHTING THE NEED FOR THE ADOPTION OF UNIVERSAL CONVENTIONS AND STANDARDS
Area of Honors:
Chemical Engineering
Keywords:
genome-scale metabolic model
metabolic engineering
genome
genome-scale
metabolic model
metabolic reconstruction
strain optimization
gap filling
File:
Download Stephen_Spagnol_Finalized_Schreyer_Honors_Thesis_for_Submission.pdf
Thesis Supervisors:
Costas D Maranas, Thesis Supervisor
Costas D Maranas, Thesis Supervisor
Themis Matsoukas, Thesis Honors Advisor
Andrew Zydney, Faculty Reader

10. Determining the Electrocatalytic Oxidation Mechanism of 1,2-propanediol Using Density Functional Theory

open_access
Open Access
Author:
Brady, Brian Matthew
Title:
Determining the Electrocatalytic Oxidation Mechanism of 1,2-propanediol Using Density Functional Theory
Area of Honors:
Chemical Engineering
Keywords:
Density Functional Theory
catalysis
electrocatalysis
biomass
reaction mechanism
File:
Download Brian_Brady_Final_Thesis.pdf
Thesis Supervisors:
Dr. Michael John Janik, Thesis Supervisor
Dr. Michael John Janik, Thesis Honors Advisor
Themis Matsoukas, Faculty Reader