Apparatus and experimental procedures for surface electron spectroscopies using incident ions, metastable atoms, and photons
Ed E. Chaban, Homer D. Hagstrum, P. Petrie
Abstract
Ed E. Chaban, Homer D. Hagstrum, P. Petrie
Abstract
Two major additions to our multiexperiment apparatus are presented in this article. They are a metastable beam apparatus which produces 108 metastables per s and a sample manipulator that provides cooling of the sample to liquid-nitrogen temperature and flash heating to 1500 K following by rapid return to LN temperature. We also present new versions of our ion beam and photon beam apparatus. The ion beam source produces a 5×10−10A, focussed beam of noble gas ions at kinetic energies less than 10 eV. We discuss features of a K+ ion source, a Te evaporator, and our method of data presentation.
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Two major additions to our multiexperiment apparatus are presented in this article. They are a metastable beam apparatus which produces 108 metastables per s and a sample manipulator that provides cooling of the sample to liquid-nitrogen temperature and flash heating to 1500 K following by rapid return to LN temperature. We also present new versions of our ion beam and photon beam apparatus. The ion beam source produces a 5×10−10A, focussed beam of noble gas ions at kinetic energies less than 10 eV. We discuss features of a K+ ion source, a Te evaporator, and our method of data presentation.
Key concepts: Ion, Metastability, Atomic physics, Beam (structure), Materials science, Ion beam, Flash (photography), Photon