Results 151 to 160 of about 845,911 (248)

Stabilizing Metastable Rare-Earth Ferrites on (111) Platinum via an Iron Oxide Interlayer. [PDF]

ACS Appl Electron Mater
Frye MB, Chin JR, Parker NA, Zeltmann SE, Barone MR, Schlom DG, Garten LM.   +6 more
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Thiolated Bis-<i>meta</i>-Carborane: A Molecular Rotor with Conformation-Dependent Dipole Moment. [PDF]

JACS Au
Patel DK, Frey M, Kučeráková M, Macháček J, Bavol D, Picker J, Neumann C, Bastl Z, Dušek M, Ghosh S, Turchanin A, Pradeep T, Base T.   +12 more
europepmc   +1 more source

High-resolution low-energy electron diffraction

, 1990
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Low-Energy Electron Diffraction

1990
The essential elements are an ultrahigh vacuum (UHV) chamber to preserve surface cleanliness, an electron gun to produce a collimated beam of electrons in the energy range 0 to 500 eV, a crystal holder and manipulator, and some means of observing the diffracted electrons, typically a fluorescent screen.
J. Pendry
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Spin-polarised low-energy electron diffraction

Journal of Physics C: Solid State Physics, 1981
A review is given of elastic spin-polarised low-energy electron diffraction (SPLEED) from crystalline surfaces. For the two relevant spin-dependent interaction mechanisms, spin-orbit coupling, and exchange, dynamical theories are presented with emphasis on symmetry principles, potential models and multiple scattering formalisms.
R. Feder
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Low-Energy Electron Diffraction

Catalysis from A to Z, 2020
P. Behrens
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Low-Energy Electron Diffraction

Materials Characterization, 2019
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Low-Energy Electron Diffraction

1986
Abstract Low-energy electron diffraction (LEED) is a technique for investigating the crystallography of surfaces and overlayers adsorbed on surfaces. This article describes the principles of diffraction from surfaces, and elucidates the method of sample preparation to achieve diffraction patterns. The article describes the limitations of
Michel A. Van Hove, William H. Weinberg, Chi-Ming Chan   +2 more
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