The objective of this part of the program is to provide a better understanding of physical phenomena behind the properties and
behavior of advanced materials, but the program's administrators also value the development of experimental techniques and methodologies.
The new experimental technique may also help other researchers plumb the properties of materials lacking hydrogen bonds, such as superconductors and semiconductors, where they hope to manipulate the quantum mechanical
behavior of advanced materials.
Not exact matches
In the current tests
of the two - story, 22 - foot - tall structure, the researchers are studying the
behavior of full - scale seismic safety systems made from
advanced wood
materials — including rocking walls, which can rock during a temblor and then re-center back by itself, and a mass timber floor designed to withstand strong earthquakes.
Researchers studying the
behavior of nanoscale
materials at the Department
of Energy's Oak Ridge National Laboratory have uncovered remarkable
behavior that could
advance microprocessors beyond today's silicon - based chips.
The German institutes, Dresden University
of Technology and Liebniz Institute for Solid State and
Materials Research, completed
advanced computational studies and density functional theory calculations to elucidate the
behavior of the electrons.
2015 research in ACS NanoLetters and
Advanced Functional
Materials discovered that types
of memristors can simulate some
of the calcium
behavior, but not all.
INL has also supported
advanced analytical methods for prediction
of the
behavior of solid - state
materials at the operating conditions
of SOECs, including atomistic modeling methods [3].
The Southern Research Engineering Division conducts research and development in the areas
of thermal and structural
behaviors of advanced composite
materials,
advanced material processing techniques, electro - mechanical systems and integration, aerospace engineering, and computational sciences.
He leads the Fuel
Material and Chemistry Focus Area
of the Consortium for
Advanced Simulation
of Light Water Reactors, a DOE Energy Innovation Hub, as well as Scientific Discovery through
Advanced Computing (SciDAC) projects on plasma surface interactions and fission gas
behavior in nuclear fuel.
Analytical tests from Vanderbilt's Institute
of Nanoscale Science and Engineering in Nashville, TN, as well as the University
of New Mexico's Center for High Technology
Materials in Albuquerque, NM and Los Alamos National Laboratory's Nanotechnology and
Advanced Spectroscopy Team (http://quantumdot.lanl.gov) confirmed that the final products had the desired shape, composition and
behavior by analyzing individual quantum dots at the atomic level.
Created testing and evaluation procedures.Effectively trained instructors and supervisors on techniques for managing employees.Designed training modules that implemented strategic business practices and organizational
behavior training concepts.Planned and led training programs on staff development.Analyzed each department's training needs and developed new training programs based on the analysis.Presented training information via role playing, simulations and team exercises.Led training programs designed to implement new agent performance management standards for fourMentored team members to succeed and
advance within the department and company.Supervised an average
of 21 enlisted forecasters in the weather training complex.Managed the training calendar for the entire fiscal year.Created effective training course objectives, course content and all materials.Delivered training
material to a diverse audience
of both blue and white - collar professionals.Led trainings for up to 21 employees on a weekly basis.