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of the AFM probe-sample interaction. This research opportunity will focus on developing state of the art AFM instrumentation and computation modeling for 3D nanoscale property characterizations. In either
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performed to identify, study and correlate PV loss mechanisms, such as non-radiative and non-band-to-band radiative recombination centers, with global device measurements. The marriage of imaging techniques
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to elucidate mechanisms of protein binding to BLMs. We comprise researchers with a broad range of expertise and are actively developing advanced biochemical and biophysical techniques, particularly those useful
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field conditions (2) outdoor weathering of samples in different locations across the US, (3) relating accelerated laboratory results with outdoor field data, (4) identifying the mechanisms and kinetics
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investigate mechanisms of plastic degradation and assess potential risks. Potential research avenues in this area span a range of chemical characterization and quantification approaches targeting polymer
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, spectroscopic analysis of the indented region enables the study at the crystallographic and molecular level of the kinetics and processes involved in the mechanical deformation of materials, e.g. strain build up
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large portion of that is due to a lack of understanding of the underlying mechanisms of corrosion, which would provide guidance to mitigation technologies. And this corrosion problem is likely to
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inertial navigation, medical imaging, and all-optical sensor networks. We are also interested in integrated cavity optomechanical devices that have sufficiently low optical and mechanical loss
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care vision would involve the merging of technological advancements in several threads computing, imaging, and information technology; health care practice; and health care technology. We are interested
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development of RF MEMS/NEMS resonators. Several resonator geometries are being developed that combine low-loss mechanical design, unique materials, and electrostatic, electrothermal, and piezoelectric actuation