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Crystal / Fermi surface / Effective mass / Electronic band structure / Angle-resolved photoemission spectroscopy / Physical Review / Condensed matter physics / Physics / Chemistry


PHYSICAL REVIEW B 87, Strongly hybridized electronic structure of YbAl2 : An angle-resolved photoemission study M. Matsunami,1,2,* T. Hajiri,1 H. Miyazaki,1,† M. Kosaka,3 and S. Kimura1,2 1
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Document Date: 2014-07-17 02:55:15

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File Size: 2,37 MB

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City

Ce / Yb / /

Company

Cambridge University Press / Z. Fisk D. D. / /

Country

Japan / /

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Facility

Nagoya Institute of Technology / UVSOR Facility / The Graduate University / /

IndustryTerm

heavy-fermion systems / energy position / photon-energy / energy scale / suitable tool / valence fluctuation systems / prototypical valence fluctuation systems / energy distribution curve / energy resolution / energy / /

Movie

D. V / /

MusicGroup

EF / TK / /

OperatingSystem

Fermi / /

Organization

Center for Fostering Young and Innovative Researchers / Cambridge University / Graduate School / Federal Communications Commission / Japan School of Physical Sciences / Nagoya Institute of Technology / Nagoya / Graduate University for Advanced Studies / Institute for Molecular Science / /

Person

R. E. Hungsberg / K. A. Gschneidner / Jr. / J. L. Sarrao / E. D. Bauer / R. Settai / R. Follath / J. Geck / V / /

Position

T. D. / /

ProvinceOrState

M. B. / YbAl2 / /

Technology

x-ray / hybridization / spectroscopy / /

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