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In-vivo characterization of glassy carbon micro-electrode arrays for neural applications and histological analysis of the brain tissue
Design and development of a 2 degree of freedom haptic device for neurorehabilitation
Production of a novel aluminum-carbon nanotube composite open-cell foam
Design, construction, and initial testing of a lab-scale metal-alloy thermal energy storage system for concentrated solar power applications
Numerical simulation of convective cooling by a wall jet along a convex surface
Flame spread over thick polymethylmethacrylate samples in a simulated and actual microgravity environment
Position and attitude determination using deep learning object detection algorithms for autonomous aerial refueling
Experimental and computational analyses of multiferroic composite ring structures
Ballistic manufacturing: The effect of velocity and incidence angle
Application of validated radiation model in flame spread rate over solid fuels
Flow reactor fluid dynamic modeling and experimentation to produce submicron carbon particles
Processing of titanium--titanium diboride foams using patterned track scans and a pulsed Nd:YAG laser source
Increasing the efficiency of organic photovoltaics through the use of low band materials
A microfluidic chaotic mixer for cancer stem cell immunocapture and release
Investigation of adhesion layer for hybrid metal and glassy-carbon (GC) microelectromechanical systems (MEMS)
An inverted pendulum device for validating dynamic center of pressure of the balance tracking system
Comparison of measured and numerically modeled wind in the Rancho Bernardo Trails community
Long term response of glassy carbon neural electrodes under electrical stimulation
Processing of functional composites by powder deposition and spark-plasma sintering
Computational modeling of radiative, thermal, and kinetic regimes of flame spread