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-equilibrium plasmas (suprathermal ion distribution), burn wave propagation, radiation properties of hot dense plasmas, and mitigation of hot plasma radiation cooling. Study nonlinear laser-plasma interaction to
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Center for Devices and Radiological Health (CDRH) | Southern Md Facility, Maryland | United States | 14 days ago
static magnetic fields, radio waves, etc. Research activities are diverse, involving development of tools and test methods to facilitate assessment of many aspects of device safety and effectiveness
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the SW Portuguese coast; Analysis of wave and tidal data for the Portuguese SW coast (Sines buoy/gauge and global models); Evaluation of rip current occurrences and their association with embayment and
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plasmas (suprathermal ion distribution), burn wave propagation, radiation properties of hot dense plasmas, and mitigation of hot plasma radiation cooling. Study nonlinear laser-plasma interaction to develop
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background in wave optics, Fourier optics, and inverse problems, including experience with linear and nonlinear reconstruction methods (e.g., Born/Rytov approximations, multislice or multiple-scattering models
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passionate about advancing our understanding of the spatio-temporal dynamics of plague (Yersinia pestis), the bacterium which caused the Black Death followed by several waves of plague outbreak among people in
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advanced manufacturing; nanodevices and microsystems; physical science; and radiation effects and high energy physics, including all aspects of engineering diagnostics and testing, and modeling and