Magnetic domains on an Fe(100) surface have been imaged by means of energy‐resolved photoemission microscopy. We excited the photoelectrons with circularly polarized synchrotron radiation in the soft x‐ray region, and employed the effect of magnetic circular dichroism in the emitted photoelectrons in order to obtain contrast between differently oriented magnetic domains. This new approach offers a surface sensitive way to combine chemical and magnetic information on a microscopic scale
The need for new surface specific probes of magnetism is very high. The ideal surface magnetic probe...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
We have imaged the magnetic domain structure on the surface of Fe (100) single crystals using energy...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
Magnetic contrast for the operation of a photoelectron emission microscope (PEEM) with synchrotron r...
A practical atom specific surface magnetometry can be based on the measure of magnetic dichroism in ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
We employ a new form of photoemission microscopy to image magnetic domains with both element specifi...
We employ a new form of photoemission microscopy to image magnetic domains with both element specifi...
[[abstract]]We applied chemical and magnetic sensitive photoemission electron microscopy (PEEM) to i...
The need for new surface specific probes of magnetism is very high. The ideal surface magnetic probe...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
We have imaged the magnetic domain structure on the surface of Fe (100) single crystals using energy...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
Magnetic contrast for the operation of a photoelectron emission microscope (PEEM) with synchrotron r...
A practical atom specific surface magnetometry can be based on the measure of magnetic dichroism in ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
We employ a new form of photoemission microscopy to image magnetic domains with both element specifi...
We employ a new form of photoemission microscopy to image magnetic domains with both element specifi...
[[abstract]]We applied chemical and magnetic sensitive photoemission electron microscopy (PEEM) to i...
The need for new surface specific probes of magnetism is very high. The ideal surface magnetic probe...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...
A number of magneto-dichroic effects has recently been reported in energy- and angle-resolved core-l...