Titlebook: Advanced Transmission Electron Microscopy; Applications to Nano Francis Leonard Deepak,Alvaro Mayoral,Raul Arenal Book 2015 Springer Intern

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George R. Pettit,Gordon M. Craggency, which recommends the close control of material properties at the nanoscale. In this context, the observed burst of electron microscopy is not surprising. Indeed, transmission electron microscopy (TEM) in particular has allowed a precise observation of nanoscaled morphological features in two a

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https://doi.org/10.1007/978-981-10-7434-9th the advent of CCD and direct detection cameras, and the development in electron optics, stage design and fabrication, and recording media, scientists and engineers are now being able to further enhance the capabilities of previous TEM analysis through novel in situ experiments, by observing and r

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Energy, Environment, and Sustainabilityuired to analyze dispersed nanomaterials by TEM. Methodologies to obtain homogeneous and stable dispersions of colloidal nanomaterials and powders are presented. The preparation of TEM specimens to obtain a representative distribution of particles on the grid is discussed. The application of TEM ima

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978-3-319-38289-0Springer International Publishing Switzerland 2015

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Francis Leonard Deepak,Alvaro Mayoral,Raul ArenalDescribes the recent advances in the electron microscopic techniques used in the study of nanomaterials.Details current electron microscopic and spectroscopic techniques including aberration correctio