Механічні та електричні вимірювання наноматеріалів засобами скануючої мікроскопії
Горбенко Є.О., Карнаушенко В.П., Пятайкіна М.І.
Автоматизація, електроніка та робототехніка. Стратегії розвитку та інноваційні технології, AERT-2020. с. 16-19.
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Abstract
Scanning microscopy (SM) has become a powerful technique for the experimental study of anomaterials, since it can provide unprecedented details for individual nanostructures upon mechanical and electrical stimulus and thus uncover the fundamental deformation and failure mechanisms for their device applications. The given work is devoted to the modern developments in the field of in situ SM-based mechanical and electrical characterization techniques including tensile, compression, bending, and electrical property probing on individual nanostructures, as well as the state-of-the-art electromechanical coupling analysis. In addition, the advantages and disadvantages of in situ SM tests were also discussed with some possible solutions to address the challenges. Critical challenges for the development and design of robust in situ SEM characterization platform with higher resolution and wider range of samples.
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