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2.
Highly sensitive fiber Bragg grating biosensors
by Stanford, Christopher J., M.S.  University of Maryland, College Park. 2008: 146 pages; 1460988.
3.
Novel Compact Narrow-Linewidth Mid-infrared Lasers for Sensing Applications
by Behzadi, Behsan, Ph.D.  The University of New Mexico. 2018: 202 pages; 10830890.
4.
High Intensity Mirror-Free Nanosecond Ytterbium Fiber Laser System in Master Oscillator Power Amplification
by Chun-Lin, Louis Chang, Ph.D.  National Taiwan University (Taiwan). 2013: 277 pages; 3583082.
5.
Mechanics of post-microbuckled compliant-matrix composites
by Francis, William H., IV, M.S.  University of Colorado at Boulder. 2008: 94 pages; 1453575.
6.
Photonic Crystal Fiber Based Chemical Sensors for Civil Structural Health Monitoring
by Zheng, Shijie, Ph.D.  Northwestern University. 2013: 94 pages; 3563914.
8.
Fiber -based laser transmitter and laser spectroscopy of the oxygen A-band for remote detection of atmospheric pressure
by Stephen, Mark Andrew, Ph.D.  University of Maryland, Baltimore County. 2008: 157 pages; 3316163.
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11.
Quantum and Extreme Nonlinear Optics Design of Coherent Ultrafast X-ray Light and Applications
by Popmintchev, Dimitar, Ph.D.  University of Colorado at Boulder. 2016: 263 pages; 10241587.
12.
Towards an optimal core optical network using overflow channels
by Menon, Pratibha, Ph.D.  University of Pittsburgh. 2009: 245 pages; 3375241.
13.
Improving Thulium Fiber Laser Lithotripsy Efficiency
by Hardy, Luke Allen, Ph.D.  The University of North Carolina at Charlotte. 2018: 164 pages; 10936977.
14.
Thulium Fiber Laser lithotripsy
by Blackmon, Richard Leious, Jr., Ph.D.  The University of North Carolina at Charlotte. 2013: 116 pages; 3563125.
16.
Spatial Division Multiplexed Transmission and Sensing in Few-Mode Fibers
by Weng, Yi, Ph.D.  University of Louisiana at Lafayette. 2017: 136 pages; 10261316.
18.
Design and Synthesis of Organic Small Molecules for Industrial and Biomedical Technology Nanomaterial Augmentation
by Chapman, James Vincent, III, M.S.  University of Colorado at Denver. 2017: 42 pages; 10272651.
19.
Optical super-resolution and periodical focusing effects by dielectric microspheres
by Darafsheh, Arash, Ph.D.  The University of North Carolina at Charlotte. 2013: 248 pages; 3589796.
20.
Fiber Based Tools for Polishing Optical Materials
by Shahinian, Hossein, Ph.D.  The University of North Carolina at Charlotte. 2018: 193 pages; 10786249.
21.
Miniaturized fiber modal interferometers and their applications as fiber sensors
by Bo, Dong, Ph.D.  National University of Singapore (Singapore). 2015: 167 pages; 10005995.
22.
Waveguide, photodetector, and imaging applications of microspherical photonics
by Allen, Kenneth Wayne, Jr., Ph.D.  The University of North Carolina at Charlotte. 2014: 193 pages; 3685782.
23.
Luminescence lifetime imaging microscopy by confocal pinhole shifting (LLIM-CPS)
by Ramshesh, Venkat K., Ph.D.  The University of North Carolina at Chapel Hill. 2007: 125 pages; 3289120.
24.
Optical characteristics of Deuteporfin (deuxemether), a photodynamic therapy sensitizer
by Duffy, Michael Charles, M.S.  University of Colorado at Denver. 2016: 78 pages; 10112625.
26.
The Structural Hierarchy and Mechanical Properties of Fibrin Described with a Multi-scale Model
by Hudson, Nathan E., Ph.D.  The University of North Carolina at Chapel Hill. 2011: 254 pages; 3477557.
27.
New organic/inorganic hybrid sol -gel nanocomposite materials for Raman gain in fiber optics
by Andrasik, Stephen J., Ph.D.  University of Central Florida. 2007: 120 pages; 3377848.
28.
Proteins and natural biopolymers as templates for inorganic nanomaterial synthesis
by Padalkar, Sonal S., Ph.D.  Purdue University. 2010: 137 pages; 3413833.
29.
Optical, non-invasive monitoring of engineered tissues
by Rice, William L., Ph.D.  Tufts University. 2010: 158 pages; 3396545.
30.
Photonic Technologies to Enable Slow Light Applications
by Vornehm, Joseph E., Jr., Ph.D.  University of Rochester. 2014: 155 pages; 3621279.
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