Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 | Stika, Milan | Actinide concentration monitoring and extraction from Molten Fluoride and Chloride Salts | Chemistry; Chemical engineering; Nuclear chemistry | 2017 | dissertation | |
2 | Adams, Shannon Laureen | Analysis of process monitoring to support safety and safeguards requirements for a spent nuclear fuel electrorefiner | Chemical engineering; nuclear engineering; high temperature physics | 2017 | thesis | |
3 | Fuertez, John | Biogenic methane production from coal using methanogenic microbial consortia | Engineering; Chemical engineering | 2017 | dissertation | |
4 | Chernyshev, Vasiliy Sergeyevich | Determination of biophysical and chemical properties of short-chain molecules and biological nanoparticles | Biomedical engineering; Chemical engineering | 2015 | dissertation | |
5 | Shareh, Fatemeh Babazadeh | Development of a subsurface heater technology for In-situ heating | Chemical engineering; Energy | 2018 | dissertation | |
6 | Park, Jooneon | Development of magnetic labels for magnetic immunoassays: towards multiplexed detection of pancreatic cancer markers using giant-magnetoresistive sensor | Chemical engineering; Nanotechnology; Physiology; Oncology | 2017 | dissertation | |
7 | Wilkey, Jonathan Eugene | Economic and environmental impacts of oil and gas development on the Uinta Basin | Chemical engineering; Petroleum engineering; Environmental science | 2016 | dissertation | |
8 | Waind, Travis | Effect of atomizer scale and fluid properties on atomization mechanisms and spray characteristics | atomization; energy; fluid dynamics; gasficiation; multiphase flow; scaling; Chemical engineering; Energy | 2015 | dissertation | |
9 | Peerapornlerd, Siripong | Effect of slurry flow on the pressure required to restart flow in gelled waxy oil pipelines and connection to rheology | Chemical engineering | 2013-12 | thesis | |
10 | Butler, Bruce Jacob | Energy balance in solid-oxide fuel assisted electrolyzer cell modules | Electrolyzer; Fuel assisted; Hydrogen; Hydrogen generation; Hydrogen production; Solid oxide; Chemical engineering; Mechanical engineering; Materials science | 2010-08 | thesis | |
11 | Brauser, Eric M. | Experimental and modeling evaluation of aqueous-phase transport behavior of quantum dots in high temperature porous media | Activation energy; Colloid transport; Crystal growth; Geothermal tracers; Light scattering; Nanocrystals; Chemistry; Chemical engineering | 2016 | dissertation | |
12 | Wang, Liyong | Experimental and modeling study of sulfur dioxide behavior during oxy combustion in fluidized beds | Chemical engineering | 2012 | dissertation | |
13 | Taylor, Raili Melissa | Fatigue damage of the cement sheath in oil and gas wells | Petroleum engineering; Fluid mechanics; Chemical engineering | 2018 | dissertation | |
14 | Hakami, Samer Mohammed | Heterogeneity in MIR21 content of MCF-7 exosomes and comparative study of their thermal stability | Biomedical engineering; Chemical engineering; Oncology | 2017 | dissertation | |
15 | Young, Colin Campbell | Improvements in analytical techniques for analytes related to human health | Chemical engineering; Engineering | 2018 | dissertation | |
16 | Shaw, David Dean | Mass transfer in the pathogenesis and treatment of eosinophilic esophagitis | Chemical engineering; Pathology; Public health; Physiology; Epidemiology | 2017 | dissertation | |
17 | Isaac, Benjamin | Principal component analysisbased combustion models | Alternative Energy; Engineering; Chemical engineering | 2014 | dissertation | |
18 | Chaisoontornyotin, Wattana | Reversibility and Kinetic Precipitation of Asphaltenes | Chemical engineering | 2017 | dissertation | |
19 | Truong, Vu Nguyen Thuy | Stability and molecular features of aqueous films | Chemical engineering; Thin films; Molecular chemistry | 2018 | dissertation | |
20 | Cho, Hyeyoung | Thermodynamics of fluids in mesoporous media | Chemical engineering | 2017 | dissertation | |
21 | Lemieux, Matthew David | Value-added products from waste biomass via thermal and catalytic processing | Chemical engineering; Agronomy; Energy | 2017 | dissertation |