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2. An Exploration of Nitrogen Adsorption and Subsequent Reduction on Nickel-Hydroxide Catalysts Using Density Functional Theory

open_access
Open Access
Author:
Egan, Nicholas Joseph
Title:
An Exploration of Nitrogen Adsorption and Subsequent Reduction on Nickel-Hydroxide Catalysts Using Density Functional Theory
Area of Honors:
Chemical Engineering
Keywords:
DFT
Catalysis
Nickel
Ammonia
Nitrogen
Reactions
Energy
Electrochemistry
File:
Download Nicholas_Egan_final.pdf
Thesis Supervisors:
Dr. Michael John Janik, Thesis Supervisor
Dr. Enrique Daniel Gomez, Honors Advisor

3. The Mixed Ion Effect on Ion Aggregation in Ionomers

open_access
Open Access
Author:
Kazour, Mark
Title:
The Mixed Ion Effect on Ion Aggregation in Ionomers
Area of Honors:
Chemical Engineering
Keywords:
Batteries
Chemical Engineering
Sodium
Polymer
Battery
Polymers
Salts
Lithium
Material Science
Polymer Science
Electrolyte
Aggregation
Ionomers
Poly(ethylene) Oxide
Electrochemistry
Energy
Green Energy
Environmentally Friendly
Energy Storage
Environment
Mass Transport
Electric Car
Glass Transition
Ion Transport
Solid Polymer Electrolyte
Conductivity
Green Alternative
Engineering
PEO
SPE
Amorphous
Crystalline
Crystal
Mechanical Strength
Ions
Percolation
Stability
Mixed Salt
Sodium Perchlorate
Sodium Iodide
File:
Download Mark_Kazour_Thesis_Final.pdf
Thesis Supervisors:
Janna Kay Maranas, Thesis Supervisor
Ali Borhan, Honors Advisor

4. First-Principles Study of Photocatalytic Semiconductors using Hubbard Corrected Density-Functional Theory for Hydrogen Production

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Restricted (Penn State Only)
Author:
Zhao, Wayne
Title:
First-Principles Study of Photocatalytic Semiconductors using Hubbard Corrected Density-Functional Theory for Hydrogen Production
Area of Honors:
Materials Science and Engineering
Keywords:
Photocatalysis
Electrochemistry
Materials Science
Density-functional theory
Water-splitting
Renewable energy
Hydrogen
File:
Login to Download
Thesis Supervisors:
Ismaila Dabo, Thesis Supervisor
Robert Allen Kimel, Honors Advisor

5. Electrochemical Reduction of Transition Metal Oxides in Lithium Chloride Salt at 650°C

open_access
Open Access
Author:
Pickarski, Timothy
Title:
Electrochemical Reduction of Transition Metal Oxides in Lithium Chloride Salt at 650°C
Area of Honors:
Materials Science and Engineering
Keywords:
Electrochemistry
Sintering
Voltammetry
Iron (III) Oxide
Nickel Oxide
Lithium Chloride
Li-Bi Reference Alloy
SEM-EDS
Electrode Design
File:
Download Pickarski_Timothy_Electrochemical_Reduction_of_Transition_Metal_Oxides.pdf
Thesis Supervisors:
Hojong Kim, Thesis Supervisor
Amy Carol Robinson, Honors Advisor