X-ray ferromagnetic resonance spectroscopy[EPFL]

mt7344

We present a method to measure continuous-wave ferromagnetic resonance
FMR spectra based on
- T* b; R% N; T* }$ @the core-level absorption of circularly polarized x rays. The technique is demonstrated by using a
0 L" P; T# K: Y) q( u& V, j. Wmonochromatic x-ray beam incident on an yttrium–iron–garnet sample excited by a microwave field
at 2.47 GHz. FMR spectra are obtained by monitoring the x-ray absorption intensity at the photon
8 m( y; l/ m: Cenergy corresponding to the maximum of the magnetic circular dichroism effect at the iron L2,3
edges as a function of applied magnetic field. The x-ray FMR signal is shown to be energy
dependent, which makes the technique element sensitive and opens up new possibilities to perform
element-resolved FMR in magnetic alloys and multilayers.


1 `/ u- U, C. f6 Y網路上抓的 paper, 希望對大家有幫助!!
權限10 & RDB=0, 3 Pages paper!!

3 G. C$ @- C3 v2 F# \4 q$ R

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  v1 }/ }- S/ q% z" M
+ D7 y* {- Y4 f# B
5 A6 l3 k+ b) R0 t/ [2 ~4 x
[ 本帖最後由 mt7344 於 2007-6-9 07:00 PM 編輯 ]

engineer

X-ray?  Wow, looks like a high-end application, right?