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Creator:: Stuart, Sheryl L.
Resource Type:: Dissertation
Full Text:: -controlled bioreactor system; Lew Semprini, and Ken Williamson for their service on my committee; Ann

Creator:: Donaldson, Jeremy H.
Abstract:: Understanding the processes involved in the transport of dissolved gas plumes in groundwater aquifers is essential for comprehending the effect that these transport processes can have on site characterization and remedial design applications. Previous laboratory and field studies have indicated that dissolved gas transport in groundwater can be greatly affected...
Resource Type:: Masters Thesis
Full Text:: for years. Thanks to Dr. John Selker and Dr. Lew Semprini for teaching me so much over the last

Creator:: Schroth, Martin H.
Resource Type:: Dissertation
Full Text:: , and Dr. Lew Semprini for their helpful discussions and for donating their time towards this

Creator:: Sarmast, Katharine Danielle
Abstract:: This thesis evaluates dose rates from the TRIGA® reactor by comparing ion chamber measured exposure rates to exposure rates calculated from MCNP5 model data. The first step evaluates the energy distribution required to match ion chamber exposure rates from measurements taken at 1 foot increments above the reactor core. Next,...
Resource Type:: Masters Thesis

Creator:: Workman, Darla J.
Resource Type:: Dissertation
Full Text:: like to thank the rest of my committee, Dan Arp, Lew Semprini, Ken Williamson, and Michael Freilich

Creator:: Rockhold, Mark L.
Abstract:: An experimental and numerical modeling investigation was conducted to study interactions between microbial dynamics and transport processes in variably saturated porous media. These interactions are important in a variety of applied problems such as water and wastewater treatment, bioremediation, and oil-field recovery operations. These processes and interactions also have great...
Resource Type:: Dissertation
Full Text:: , and Lew Semprini for serving on my graduate committee. John and Peter are also acknowledged for their

Creator:: Iverson, Justin
Abstract:: The Willamette Silt is a surficial geologic unit composed of successive Missoula Flood Deposits that underlies 3100 km2 (1200 mil) of arable land in the Willamette Valley of Oregon. The Willamette Silt protects the underlying regionally important Willamette Aquifer from agricultural contamination while acting as a semi-confining unit and a...
Resource Type:: Masters Thesis
Full Text:: , Roy Haggerty, Lew Semprini, Andrew Meigs, and Herbert Huddleston, for their comments and constructive

ScholarsArchive@OSU