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1.
Microwave Emission and Electron Temperature in the Maryland Centrifugal Experiment
by Reid, Remington R., Ph.D.  University of Maryland, College Park. 2013: 121 pages; 3590773.
2.
Prospects of lean ignition with the quarter wave coaxial cavity igniter
by Pertl, Franz Andreas Johannes, Ph.D.  West Virginia University. 2008: 116 pages; 3472480.
3.
Design of Microwave Front-End Narrowband Filter and Limiter Components
by Cross, Lee W., Ph.D.  The University of Toledo. 2013: 101 pages; 3588122.
4.
Microwave-Assisted Ignition for Improved Internal Combustion Engine Efficiency
by DeFilippo, Anthony Cesar, Ph.D.  University of California, Berkeley. 2013: 171 pages; 3593810.
5.
Development of Wideband Millimeter Wave Receiver Front-End Modules, Components, and Packaging on Multilayer Organic Substrates
by Mamidanna, Manish, Ph.D.  University of California, Davis. 2018: 104 pages; 10687305.
6.
Electron transport in plasmas with lithium-coated plasma-facing components
by Jacobson, Craig Michael, Ph.D.  Princeton University. 2014: 210 pages; 3615076.
7.
Microwave plasma surface modifications of carbon fibers
by Smith, Laura Ashley, M.Engr.  Clemson University. 2016: 81 pages; 10152013.
8.
Determining heating rates in reconnection formed flare loops
by Liu, Wenjuan, Ph.D.  Montana State University. 2014: 147 pages; 3637100.
10.
CO2 Dissociation using the Versatile Atmospheric Dielectric Barrier Discharge Experiment (VADER)
by Lindon, Michael Allen, Ph.D.  West Virginia University. 2014: 196 pages; 3618122.
11.
Microscopic dynamics in two-dimensional strongly-coupled dusty plasmas
by Feng, Yan, Ph.D.  The University of Iowa. 2010: 149 pages; 3422237.
12.
Tailored charged particle beams from single-component plasmas
by Weber, Tobin Robert, Ph.D.  University of California, San Diego. 2010: 111 pages; 3426076.
13.
Highly Relativistic Laser Interactions With Ordered Nanostructures
by Hollinger, Reed, Ph.D.  Colorado State University. 2019: 93 pages; 13808339.
14.
Velocity Space Degrees of Freedom of Plasma Fluctuations
by Mattingly, Sean Walter, Ph.D.  The University of Iowa. 2017: 139 pages; 10263114.
15.
Numerical study of γ-ray production in ultra-intense laser - plasma interaction
by Pandit, Rishi R., Ph.D.  University of Nevada, Reno. 2015: 145 pages; 3707887.
18.
Theory and Simulations of Incomplete Reconnection During Sawteeth Due to Diamagnetic Effects
by Beidler, Matthew Thomas, Ph.D.  West Virginia University. 2015: 163 pages; 3741886.
20.
Development and test of a permanent magnet helicon thruster
by DeMaio, Michael Frank, Jr., M.S.  University of Maryland, College Park. 2010: 118 pages; 1478124.
21.
Simulating magnetized laboratory plasmas with smoothed particle hydrodynamics
by Johnson, Jeffrey N., Ph.D.  University of California, Davis. 2009: 257 pages; 3379640.
22.
Modeling of laser-created plasmas and soft x-ray lasers
by Berrill, Mark Allen, Ph.D.  Colorado State University. 2010: 209 pages; 3419108.
23.
Anomalous radial transport in tokamak edge plasma
by Bodi, Vasudeva Raghavendra Kowsik, Ph.D.  University of California, San Diego. 2010: 85 pages; 3390465.
24.
Shock wave interaction with a toroidal air plasma
by Lodes, Adam, Ph.D.  University of Missouri - Columbia. 2013: 229 pages; 10180768.
26.
Neutron Production from Z-pinch Plasmas at the 1 MA Zebra Generator
by McKee, Erik Scott, Ph.D.  University of Nevada, Reno. 2016: 161 pages; 10247687.
27.
28.
Nonlinear optics in non-equilibrium microplasmas
by Compton, Ryan E., Ph.D.  Temple University. 2011: 203 pages; 3457824.
30.
Efficient simulation of electron trapping in laser and plasma Wakefield acceleration
by Morshed, Sepehr, Ph.D.  University of Maryland, College Park. 2009: 104 pages; 3372976.
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