Sentence examples for use of the electron from inspiring English sources

Lab sessions involve use of the electron microprobe.

We thank M. Gilson, T. Kurtzman and S. Ramsey for helpful discussions regarding GIST, R. Subramanian for assistance with the generation of projection maps from computational models, and T. Baker for use of the electron microscopy facilities.

Several studies have made use of the electron microscope to reveal the three-dimensional architecture of DNA-PK and the structural basis for the recognition of damaged DNA and the activation of DNA-PK's kinase activity.

In the paper approximated examples of the use of the electron beam are given by the welding, rapid prototyping, texturing surface, cladding with wire and powder as well as alloying.

The knowledge of pathology has been greatly extended, mainly by the use of the electron microscope; similarly microbiology, which includes bacteriology, expanded with the growth of such other subfields as virology (the study of viruses) and mycology (the study of yeasts and fungi in medicine).

We argue that the combination of such complete electron trajectory simulations in the whole TEM column with automatic optimization of the microscope parameters for optimal experimental data (images, diffraction, spectra) allows drastically simplifying the implementation of complex experiments in TEM and will facilitate the development of advanced use of the electron microscope in the near future.

Efficient reduction of the background in the electron spectra is achieved by the use of the electron-ion coincidence technique.

The obtained results show that the use of the electrons is a promising mode to get intense neutron rich ion beams.

The separate uses of the electron-density element of the IRI for aeronomy studies and as aids to telecommunications planning and operation are briefly reviewed.

This work made use of the Japan Electron Optics Laboratory (JEOL) JEM-ARM200CF and JEOL JEM-3010 TEM in the Electron Microscopy Service of the Research Resources Center at the University of Illinois at Chicago (UIC).

The calculation makes use of the IRI electron density profile up to 1000 km.