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This listserv is restricted to members of the Duke community. The NLUF offers opportunities for University and Industrial Scientists to perform experiments in high-energy-density HED physics and inertial confinement fusion ICF , including laser—matter interactions, such as laboratory astrophysics, properties of materials under HED conditions, laser—plasma instabilities, etc. Upon selection, recipients are to submit reports as outlined within the Federal Assistance Reporting Checklist; to include Research Performance Progress Reports and Milestone Reporting.
More information on performance measurements can be found in Section V. A research grant is typically awarded to a Principal Investigator PI at a single institution or organization. Menu About this Database Contact us Search Opportunities Subscribe The Duke Funding Alert newsletter, published every Monday, provides information on all new and updated grants and fellowships added to the database during the prior week.
It will combine a suite of diagnostics and high power lasers, which are standard fare in this field of research, with the unmatched LCLS X-ray beam, to create an instrument that will be at the forefront of, and have a major impact on MEC science. Warm dense matter is a state of matter that is close to solid density, but with temperatures ranging from a couple of eV to tens of eV. In this state, standard plasma theories are not valid as the matter is too dense and cold , and neither are solid state theories since the thermal energy is of the same order as the interaction energies between atoms and perturbative approaches break down.
National Laser Users' Facility (NLUF)
Despite its transient character in laboratory experiments e. The study of warm dense mater requires the generation of a sample that is uniformly heated to temperatures near and above melt. In the generic experiment a solid sample is irradiated by a long pulse laser to create a high energy density HED plasma, which has ablated from the surface, and a heat conduction wave that moves into the matter both along, and transverse to, the optical laser beam axis.
The plasma plume formed in front of the sample varies in density from near solid to dilute plasma.
In addition, specific plasma absorption lines can be pumped to study plasma kinetics. The rear of the target is diagnosed by the VISAR system , which measures the surface motion and the surface reflectivity.
MEC Dept Head gilliss slac. Scientist haelee slac. Scientist bnagler slac. Scientist egaltier slac. Scientist paheim slac. Laser Scientist efcunn slac.
About Dr. R.P. Drake
MEC Area Manager ohickman slac. Operated by Stanford University for the U.
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Department of Energy Office of Science. Linac Coherent Light Source. MEC Overview Overview. Scientific Goals The study of materials under extreme conditions i.