Author | Title | Subject | Date | Publication Type | ||
---|---|---|---|---|---|---|
1 |
![]() |
Bradford, Jacob Thornley | The application of hydraulic and thermal stimulation techniques to create enhanced geothermal systems | Enhanced Geothermal Systems; Hydraulic Stimulation; Raft River; Thermal Stimulation; Chemical engineering | 2016 | dissertation |
2 |
![]() |
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 |
3 |
![]() |
Young, Colin Campbell | Improvements in analytical techniques for analytes related to human health | Chemical engineering; Engineering | 2018 | dissertation |
4 |
![]() |
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 |
5 |
![]() |
Wang, Liyong | Experimental and modeling study of sulfur dioxide behavior during oxy combustion in fluidized beds | Chemical engineering | 2012 | dissertation |
6 |
![]() |
Isaac, Benjamin | Principal component analysisbased combustion models | Alternative Energy; Engineering; Chemical engineering | 2014 | dissertation |
7 |
![]() |
Truong, Vu Nguyen Thuy | Stability and molecular features of aqueous films | Chemical engineering; Thin films; Molecular chemistry | 2018 | dissertation |
8 |
![]() |
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 |