Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscope ESCASCOPE together with circularly polarized VUV radiation can be used to measure magnetic domains with 10 µm resolution. The high element specifity of the setup allows to detect domains in monoatomic overlayers and to distinguish them from the substrate domain structure
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
Magnetic contrast for the operation of a photoelectron emission microscope (PEEM) with synchrotron r...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
Magnetic domains on an Fe(100) surface have been imaged by means of energy‐resolved photoemission mi...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
We have imaged the magnetic domain structure on the surface of Fe (100) single crystals using energy...
We combine X-ray magnetic circular dichroism (XMCD) and photoelectron emission microscopy to obtain ...
We demonstrate the feasibility of the vacuum ultraviolet analog to visible-light magneto-optical ima...
We demonstrate the feasibility of the vacuum ultraviolet analog to visible-light magneto-optical ima...
The exchange length and the precession frequency of the magnetization determine the fundamental leng...
Abstract The combination of X-ray magnetic circular dichroism being an element-speci"c local pr...
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
Magnetic contrast for the operation of a photoelectron emission microscope (PEEM) with synchrotron r...
Synchrotron radiation based photoelectron microscopy is discussed. We show that the spectromicroscop...
Magnetic domains on an Fe(100) surface have been imaged by means of energy‐resolved photoemission mi...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
Magnetic circular dichroism in resonant photoemission combined with a space resolving photoelectron ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
X-ray dichroism microscopy is a new method for microscopic mapping of magnetic domains at surfaces, ...
We have imaged the magnetic domain structure on the surface of Fe (100) single crystals using energy...
We combine X-ray magnetic circular dichroism (XMCD) and photoelectron emission microscopy to obtain ...
We demonstrate the feasibility of the vacuum ultraviolet analog to visible-light magneto-optical ima...
We demonstrate the feasibility of the vacuum ultraviolet analog to visible-light magneto-optical ima...
The exchange length and the precession frequency of the magnetization determine the fundamental leng...
Abstract The combination of X-ray magnetic circular dichroism being an element-speci"c local pr...
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
A short discussion is first presented of x-ray photoelectron microscopes operated with laboratory x-...
Magnetic contrast for the operation of a photoelectron emission microscope (PEEM) with synchrotron r...