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Science, 2019
Mapping isotopically labeled alanine Electron microscopy of organic materials must avoid the destructive effects of electron beam impact. One approach is to measure vibrational spectra with electron energy-loss spectroscopy in a mode where the electron ...
J. Hachtel +9 more
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Mapping isotopically labeled alanine Electron microscopy of organic materials must avoid the destructive effects of electron beam impact. One approach is to measure vibrational spectra with electron energy-loss spectroscopy in a mode where the electron ...
J. Hachtel +9 more
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1975
The operation of the transmission electron microscope depends primarily upon the fact noted in chapter 2, that fast electrons are deflected by magnetic fields and can be focused by suitably constructed magnetic lenses. Thus in principle electrons can be used in the same way as light to form a magnified image of an object, but with the possibility that,
D. K. Bowen, C. R. Hall
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The operation of the transmission electron microscope depends primarily upon the fact noted in chapter 2, that fast electrons are deflected by magnetic fields and can be focused by suitably constructed magnetic lenses. Thus in principle electrons can be used in the same way as light to form a magnified image of an object, but with the possibility that,
D. K. Bowen, C. R. Hall
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The future of the electron microscope*
Journal of the Royal Microscopical Society, 1967SYNOPSISThe future of electron microscopy lies as much with the conventional as with the newer instruments. The point resolving power of the latter is likely to be pushed to 1 Å, but only after a considerable effort in solving problems of mechanical and electrical stability. Progress in correcting the lens aberrations is even slower.
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Nature, 1961
The Electron Microscope The Present State of the Art. By M. E. Haine, with a Chapter on Applications in Collaboration with Dr. V. E. Cosslett. Pp. xvi + 282. (London: E. and F. N. Spon, Ltd., 1961). 55s. net.
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The Electron Microscope The Present State of the Art. By M. E. Haine, with a Chapter on Applications in Collaboration with Dr. V. E. Cosslett. Pp. xvi + 282. (London: E. and F. N. Spon, Ltd., 1961). 55s. net.
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Chemical Communications, 2014
Although available since the early days of electron microscopy, recent technology developments of the environmental transmission electron microscope (ETEM) have enabled new research in the study of nanomaterials in gaseous environments.
Joerg R. Jinschek
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Although available since the early days of electron microscopy, recent technology developments of the environmental transmission electron microscope (ETEM) have enabled new research in the study of nanomaterials in gaseous environments.
Joerg R. Jinschek
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Mapping plasmons at the nanometer scale in an electron microscope.
Chemical Society Reviews, 2014In this tutorial review, we present the use of electron energy loss spectroscopy (EELS) and cathodoluminescence (CL) spectroscopy for surface plasmon mapping within metallic nanoparticles. We put a special emphasis on particles that are much smaller than
M. Kociak, O. Stéphan
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Nanosecond electron microscopes
Ultramicroscopy, 2000Combining electron optics, fast electronics and pulsed lasers, a transmission and a photoelectron emission microscope were built, which visualize events in thin films and on surfaces with a time resolution of several nanoseconds. The high-speed electron microscopy is capable to track fast laser-induced processes in metals below the ablation threshold ...
R Elschner +4 more
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Electron microscope autoradiography
Experimental Cell Research, 1961Experiments combining the techniques of tritium autoradiography with the high resolving power of the electron microscope in conjunction with an extremely thin section and overlying emulsion are discussed. Although autoradiographic techniques were successfully applied to ultra-thin sections and the high resolution of the electron microscope, silver ...
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