High resolution, low hν photoelectron spectroscopy with the use of a microwave excited rare gas lamp and ionic crystal filters | Zendy

S. Suga | Zendy; A. Sekiyama | Zendy; G. Funabashi | Zendy; Junichi Yamaguchi | Zendy; Masato Kimura | Zendy; M. Tsujibayashi | Zendy; T. Uyama | Zendy; Hiroshi Sugiyama | Zendy; Y Tomida | Zendy; Go Kuwahara | Zendy; Satoshi KITAYAMA | Zendy; K. Fukushima | Zendy; Kenta Kimura | Zendy; Takeaki Yokoi | Zendy; Kazuhiro Murakami | Zendy; H. Fujiwara | Zendy; Y. Saitoh | Zendy; Łukasz Pluciński | Zendy; C. M. Schneider | Zendy

Open Access

High resolution, low hν photoelectron spectroscopy with the use of a microwave excited rare gas lamp and ionic crystal filters

Author(s) -

S. Suga,

A. Sekiyama,

G. Funabashi,

Junichi Yamaguchi,

Masato Kimura,

M. Tsujibayashi,

T. Uyama,

Hiroshi Sugiyama,

Y Tomida,

Go Kuwahara,

Satoshi KITAYAMA,

K. Fukushima,

Kenta Kimura,

Takeaki Yokoi,

Kazuhiro Murakami,

H. Fujiwara,

Y. Saitoh,

Łukasz Pluciński,

C. M. Schneider

Publication year - 2010

Publication title -

review of scientific instruments

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.605

H-Index - 165

eISSN - 1089-7623

pISSN - 0034-6748

DOI - 10.1063/1.3488367

Subject(s) - x ray photoelectron spectroscopy , materials science , excited state , sapphire , microwave , spectroscopy , crystal (programming language) , atomic physics , ionic bonding , analytical chemistry (journal) , optoelectronics , optics , nuclear magnetic resonance , ion , chemistry , laser , physics , computer science , programming language , organic chemistry , quantum mechanics , chromatography

The need for not only bulk sensitive but also extremely high resolution photoelectron spectroscopy for studying detailed electronic structures of strongly correlated electron systems is growing rapidly. Moreover, easy access to such a capability in one’s own laboratory is desirable. Demonstrated here is the performance of a microwave excited rare gas (Xe, Kr, and Ar) lamp combined with ionic crystal filters (sapphire,CaF2, and LiF), which can supply three strong lines near the photon energy of hnyu hν=8.4, 10.0, and 11.6 eV, with the hν resolution of better than 600 μeV for photoelectron spectroscopy. Its performance is demonstrated on some materials by means of both angle-integrated and angle-resolved measurements

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