Logging on to electron microscopy by Marrow, J

“…Thus, the development of an internet electron microscope aims to take this concept further and offer electron microscopy to school and colleges via the internet.…”

Aberration-Corrected Imaging in Conventional Transmission Electron Microscopy and Scanning Transmission Electron Microscopy by Kirkland, A, Nellist, P, Chang, L, Haigh, S

The Electron microscopy of alkali halides by Hobbs, L. W.

Direct Detectors for Electron Microscopy by Clough, R, Moldovan, G, Kirkland, A

“…There is interest in improving the detectors used to capture images in transmission electron microscopy. Detectors with an improved modulation transfer function at high spatial frequencies allow for higher resolution in images at lower magnification, which leads to an increased effective field of view. …”

ELECTRON-MICROSCOPY OF EPITAXIAL STRUCTURES by Kiselev, N, Vasiliev, A, Lebedev, O, Givargizov, E, Stepanova, A, Kiselev, A, Hutchison, J

New detectors for electron microscopy by Clough, R, Robert N. Clough

“…<p>Detectors for Electron Microscopy have traditionally used a scintillator to generate photons from fast electrons, which are then detected by a sensor. …”

The electron microscopy of crystalline polymers by Grubb, D, Grubb, D. T.

“…<p>This thesis describes the micro-structure of crystalline polymers, particularly as revealed by electron microscopy, and also the effect of the electron beam on the radiation sensitive specimens under various conditions.…”

WEAK-BEAM ELECTRON-MICROSCOPY by Cockayne, D

Chapter 8 Aberration-Corrected Imaging in Conventional Transmission Electron Microscopy and Scanning Transmission Electron Microscopy by Kirkland, A, Nellist, P, Chang, L, Haigh, S

Transmission electron microscopy images of microbubbles by Owen, J

Applications of deep learning in electron microscopy by Treder, KP, Huang, C, Kim, JS, Kirkland, AI

“…We review the growing use of machine learning in electron microscopy (EM) driven in part by the availability of fast detectors operating at kiloHertz frame rates leading to large data sets that cannot be processed using manually implemented algorithms. …”

Transmission electron microscopy: Overview and challenges by Pennycook, S, Lupini, A, Borisevich, A, Varela, M, Peng, Y, Nellist, P, Duscher, G, Buczko, R, Pantelides, S

“…We review recent advances in aberration-corrected scanning transmission electron microscopy that allow sub-Angstrom beams to be used for imaging and spectroscopy, with enormous improvement in sensitivity for single atom detection and the investigation of interfacial electronic structure. …”

Key events in the history of electron microscopy. by Haguenau, F, Hawkes, P, Hutchison, J, Satiat-Jeunemaître, B, Simon, G, Williams, D

Electron microscopy of wet cells and tissues by Gileadi, O, Behar, V, Ezer, S, Horowitz, M, Nechushtan, A, Sabban, A, Sprinzak, D, Vainshtein, A, Zik, O

Key events in the history of electron microscopy by Haguenau, F, Hawkes, P, Hutchison, J, Satiat-Jeunemaître, B, Simon, G, Williams, D

Scanning electron microscopy of wet biological specimens by Gileadi, O, Behar, V, Ezer, S, Horowitz, M, Nechushtan, A, Sabban, A, Sprinzak, D, Vainshtein, A, Zik, O

Z-contrast scanning transmission electron microscopy by Pennycook, S, Nellist, P

DETECTION OF VIRUSES IN RECOMBINANT CELLS BY ELECTRON-MICROSCOPY by Liptrot, C, Gull, K

High-resolution electron microscopy of dislocation geometries by Holmes, S

“…The weak-beam technique of electron microscopy (Cockayne, Ray and Whelan 1969) overcomes this problem by tilting the specimen so that only the highly-strained regions near dislocation cores contribute to the final image; narrow (~15 Å) , relatively intense peaks which lie close to the defects are obtained by this approach, and such images are ideal for investigating closely-spaced dislocations.…”

On the state of crystallography at the dawn of the electron microscopy revolution by Higgins, M, Lea, S

“…We also outline fundamental differences between structure determination using X-ray crystallography and electron microscopy. We suggest that crystallography will continue to co-exist with electron microscopy as part of an integrated array of methods, allowing structural biologists to focus on fundamental biological questions rather than being constrained by the methods available.…”