Magnetic linear dichroism in angular distributions (MLDAD) from photoelectron emission was used to probe the nature of resonant photoemission. Gd 5p and Gd 4f emissions were investigated. Using novel theoretical simulations, we were able to show that temporal matching is a requirement for `true\u27 resonant photoemission, where the resonant photoemission retains the characteristics of photoelectron emission
The angular dependence of magnetic dichroism in photoemission (MDAD) from valence bands is more comp...
Using group theory we derive a general model for spin polarization and magnetic dichroism in photo-e...
We present new sum rules for magnetic dichroism in spin polarized photoemission from partly filled s...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
The constructive summing of direct and indirect channels above the absorption threshold of a core le...
The constructive interference between direct and indirect channels above the absorption threshold of...
The constructive summing of direct and indirect channels above the absorption threshold of a core le...
The phenomenon of resonant photoemission happens when, in addition to a direct photoemission channel...
We present a combined experimental and theoretical study of magnetic linear dichroism in the angular...
We present experimental and theoretical results for the angular and temperature dependence of magnet...
This work reports on magnetic dichroism in photoemission from the Gd 4l(l=s,p,d, f) core level of in...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
AbstractThe discovery of magnetic dichroism in photoemission is celebrating its 25th anniversary thi...
We present combined experimental and theoretical results for the magnetic circular dichroism MCD i...
The angular dependence of magnetic dichroism in photoemission (MDAD) from valence bands is more comp...
Using group theory we derive a general model for spin polarization and magnetic dichroism in photo-e...
We present new sum rules for magnetic dichroism in spin polarized photoemission from partly filled s...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
Magnetic Linear Dichroism in Angular Distributions (MLDAD) from Photoelectron Emission was used to p...
The constructive summing of direct and indirect channels above the absorption threshold of a core le...
The constructive interference between direct and indirect channels above the absorption threshold of...
The constructive summing of direct and indirect channels above the absorption threshold of a core le...
The phenomenon of resonant photoemission happens when, in addition to a direct photoemission channel...
We present a combined experimental and theoretical study of magnetic linear dichroism in the angular...
We present experimental and theoretical results for the angular and temperature dependence of magnet...
This work reports on magnetic dichroism in photoemission from the Gd 4l(l=s,p,d, f) core level of in...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
AbstractThe discovery of magnetic dichroism in photoemission is celebrating its 25th anniversary thi...
We present combined experimental and theoretical results for the magnetic circular dichroism MCD i...
The angular dependence of magnetic dichroism in photoemission (MDAD) from valence bands is more comp...
Using group theory we derive a general model for spin polarization and magnetic dichroism in photo-e...
We present new sum rules for magnetic dichroism in spin polarized photoemission from partly filled s...