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Encapsulation of Metal Nanoparticles by Metal-Organic Framework Imaged with In Situ Liquid Phase Transmission Electron Microscopy. [PDF]

Adv Sci (Weinh)
Lin G, Mirsaidov U.
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PdGa Alloy Dynamics under CO2 Hydrogenation from Surface Organometallic Chemistry on a Chip and Operando Transmission Electron Microscopy

Coperet C, Brack E, Plodinec M.
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A workflow for correlative <i>in situ</i> nanochip liquid cell transmission electron microscopy and atom probe tomography enabled by cryogenic plasma focused ion beam.

Nanoscale Horiz
Mulcahy N, Douglas JO, Jannat SR, Worch L, Topore G, Gault B, Ryan MP, Conroy MS.   +7 more
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Transmission Electron Microscopy

Current Protocols in Microbiology, 2006
AbstractTransmission electron microscopy has long been an important analytical tool in the field of microbiology. This unit describes preparation techniques for examining particulate samples as well as samples presenting more complex ultrastructural considerations that require analysis in thin sections.
Robert C, Burghardt, Robert, Droleskey
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Transmission Electron Microscopy of Bone

2011
This chapter describes procedures to process mineralized tissues obtained from different sources for transmission electron microscopy (TEM). Methods for fixation, resin embedding, staining of semi-thin sections and ultrathin sections are presented. In addition, attention will be paid to processing of cultured bone explants for TEM analysis.
Everts, V., Niehof, A., Tigchelaar-Gutter, W., Beertsen, W.   +3 more
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ANALYTICAL TRANSMISSION ELECTRON MICROSCOPY

Annual Review of Materials Research, 2005
▪ Abstract  Chemical analysis at high spatial resolution is the domain of analytical transmission electron microscopy. Owing to rapid instrumental developments during the past decade, electron energy-loss spectroscopy offers now a spatial resolution close to 0.1 nm and an energy resolution close to 0.1 eV.
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Transmission Electron Microscopy

Abstract The introduction of focused ion beam (FIB) microscopy in the 1990s added the capability of studying fracture surfaces in the third dimension and making site-specific and stress-free transmission electron microscope (TEM) specimens in situ.
Jian Li, Pei Liu
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Transmission Electron Microscopy

2019
Electron microscopy is a versatile scientific technique used in the investigation and characterization of materials science, biology, and life science. The principle of electron microscopy is similar to optical microscopy but uses electrons to illuminate and magnify specimens instead of light.
Swaminathan Subramanian, Raghaw Rai
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Transmission Electron Microscopy

1992
Abstract “Metallography” has been a major tool in metallurgy for centuries (Figure 5.1), and there is no doubt that the development of transmission electron microscopy (see Marton, 1968 for a history) originating from Ruska and his colleagues in 1932 (Figure 5.2) and its synergism with materials has led to dramatic developments in our ...
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Transmission electron microscopy

2013
Transmission electron microscopy (TEM) is a significant tool in demonstrating the ultrastructure of cells and tissues both in normal and disease states. In particular, TEM can be crucial in the diagnosis of various renal pathologies, the recognition of subcellular structural defects or the deposition of extracellular material (e.g.
Anthony E. Woods, John W. Stirling
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