Electron diffraction medium-energy

As the table shows, a host of other teclmiques have contributed a dozen or fewer results each. It is seen that diffraction teclmiques have been very prominent in the field the major diffraction methods have been LEED, PD, SEXAFS, XSW, XRD, while others have contributed less, such as NEXAFS, RHEED, low-energy position diffraction (LEPD), high-resolution electron energy loss spectroscopy (HREELS), medium-energy electron diffraction (MEED), Auger electron diffraction (AED), SEELFS, TED and atom diffraction (AD). 

RHEED and MEED (Reflection High-Energy Electron Diffraction and Medium-Energy Electron Diffraction)... 

A (1x1) LEED pattern is generally observed upon sputtering and annealing in UHV. To my knowledge no quantitative LEED study has been reported, probably because of the difficulty of creating defects when the sample is bombarded with electrons (see section 3.1.4). A medium-energy electron diffraction study (MEED) study of Ti02(l 10) employed an ESDI AD optics with a channelplate this setup is more sensitive than a conventional LEED apparatus, and allows for very small electron currents to be used. The results of this study are basically consistent with the (1x1) structure depicted in Fig. 3b. X-ray photoelectron diffraction (XPD) spectra also fit the expected (1x1) termination [33], as do STM and AFM results (which are discussed in section 3.1.3 below). 

Medium-energy electron diffraction (11) Medium-energy ion scattering (4, 11)... 

MEED medium-energy electron diffraction SFG sum frequency generation... 

MEED MEIS MEIS-SB Medium-Energy Electron Diffraction Medium-Energy Ion Spectroscopy MEIS with Shadowing and Blocking ... 

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