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Division, where we develop instrumentation beyond the state of the art. Our research program offers a supportive, highly-multidisciplinary environment coupled with outstanding experimental resources
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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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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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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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are available to elucidate the reaction mechanisms, thermochemistry, and time-dependent phenomena of chemical reactions related to energy transformation, advanced manufacturing, security, and the environment
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the kinetics and processes involved in the mechanical deformation of materials, e.g. strain build up, phase transformations, and changes in crystallinity or density. However, many of the phenomena occurring
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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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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