Electron microprobe analysis and scanning electron microscop...

by S. J. B. Reed

The atom can be represented by the Rutherford-Bohr model, in which negative electrons orbit around a positively charged ...

Quantitative electron microprobe analysis

by Roger Theisen

Electron microprobe analysis

by S. J. B. Reed

Characteristic X-rays were discovered by Barkla and Sadler (1909), as a result of studies of fluorescence spectra, and K...

Microprobe analysis of biological systems

by Conference on Techniques and Applications of Microprobe Analysis of Cells and Tissues (1980 Battelle Conference Center), Conference on Techniques and Applications of Microprobe Analysis of Cells and Tissues (1980 : Battelle Conference Center)

Quantitative electron microprobe analysis

by R. Theisen

Biomedical Applications of Microprobe Analysis

by Peter Ingram, John D. Shelburne

Microprobe analytical techniques take advantage of the many physical interactions that occur when an electron beam impin...

Microprobe analysis

by Christian A. Andersen

Correction factors for on-line microprobe analysis of multie...

by Jalaiah Unnam

Infrared Microprobe Analysis

by John Reffner

Auger microprobe analysis

by I. F. Ferguson

Infrared Microprobe Analysis

by J.A. Reffner

Quantitative Electron Microprobe Analysis

by Theisen R

Microprobe analysis in medicine

by Peter Ingram, John D. Shelburne

The correction for fluorescence by characteristic radiation ...

by J. W. Colby

Microprobe Analysis of Biological Systems

by Thomas Hutchinson

Microprobe analysis in biology and medicine

by Patrick Echlin

Electron microprobe analysis applied to mineralogy

by Jaakko Siivola

Absorption correction tables for microprobe analysis

by J. W. Colby, J. F. Niedermeyer

Microprobe analysis, by Christian A. Andersen

Techniques of electron microscopy, diffraction, and micropro...

by Symposium on Advances in Electron Metallography (1963 Atlantic City)