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Summary
Provide reference materials and data, analysis and structure modeling protocols for the determination and prediction of atomic arrangements to enable innovation and the development of advanced technological materials. Core competencies include nano- and meso-scale methods to characterize structural details, including topography, morphology, isotopic and elemental attributes. An emphasis is placed on the integration of measurement science, data and theory to obtain structural solutions consistent across multiple length scales to provide comprehensive structure-property relationships to address stakeholder needs.
Description
ACTIVITIES:
Analysis of Copper Incorporation Into Zinc Oxide Nanowires
Concurrent Experiments and Simulations of Zinc Oxide Nanowires
Electronic Structure and Excited-State Dynamics at Donor-Acceptor Interfaces
Ab initio theoretical modeling for predicting structure and properties in advanced materials
Measurement and Prediction of Local Structure
Measurements of Point-Defect Chemistry in Complex Oxides
Multiscale structure and dynamics in advanced technological materials
Nanometrology: Composition and Structure of Nanomaterials
Structure-Property Relationships for High-Performance Materials
Sub-nanoscale electron microscopy of complex nanostructures