
Publications of F. Passek
All genres
Journal Article (12)
1.
Journal Article
16 (4), pp. 2738 - 2741 (1998)
High-performance x-ray detector for appearance potential spectroscopy. Journal of Vacuum Science & Technology A: Vacuum Surfaces and Films 2.
Journal Article
16, 4, pp. 2738 - 2741 (1998)
A High-Performance X-ray Detector for Appearance Potential Spectroscopy. Journal of Vacuum Science and Technology. A 3.
Journal Article
10 (18), pp. 4027 - 4034 (1998)
Temperature-dependent surface magnetization of FeNi3(111) studied by spin-resolved appearance potential spectroscopy. Journal of Physics: Condensed Matter 4.
Journal Article
56, 2., pp. 12893 - 12898 (1997)
Spin-Dependent Local Density of Empty Electronic States in FeNi(3). Physical Review. E 5.
Journal Article
77 (25), pp. 5138 - 5141 (1996)
Temperature-dependent spin polarization of magnetic surface state at Gd(0001). Physical Review Letters 6.
Journal Article
54 (16), pp. 11153 - 11156 (1996)
Magnetically split sp-derived states in fcc-like Fe/Cu(001). Physical Review B 7.
Journal Article
161, pp. L11 - L16 (1996)
Magnetic phases of fcc-like Fe films on Cu(001): Answers from the spin-dependent electronic structure. Journal of Magnetism and Magnetic Materials 8.
Journal Article
159 (1-2), pp. 103 - 108 (1996)
Spin-dependent electron attenuation lengths and influence on spectroscopic data. Journal of Magnetism and Magnetic Materials 9.
Journal Article
75 (14), pp. 2746 - 2749 (1995)
Longer Living Majority than Minority Image State at Fe(110). Physical Review Letters 10.
Journal Article
70 (18), pp. 2802 - 2805 (1993)
Surface State Contribution to the Magnetic Moment of Ni(111). Physical Review Letters 11.
Journal Article
71 (13), pp. 2122 - 2125 (1993)
Magnetic surface state becomes nonmagnetic by oxygen adsorption. Physical Review Letters 12.
Journal Article
69 (7), pp. 1101 - 1104 (1992)
Spin-split image-potential-induced surface state on Ni(111). Physical Review Letters Report (1)
13.
Report
Untersuchungen zur Spinabhängigkeit der elektronischen Struktur von Eisen- und Nickelsystemen mit reduzierter Dimension. Max-Planck-Institut für Plasmaphysik, Garching (1994)