This article presents a concept and the first results for the setup of an 8keV laboratory transmission x-ray microscope with a polycapillary optic as condenser at the BliX in Berlin. The incentive of building such a microscope is that the penetration depth for hard x-rays is much higher than in the soft x-ray range, e.g. the water window. Therefore, it is possible to investigate even dense materials such as metal compounds, bones or geological samples. The future aim is to achieve a spatial resolution better than 200 nm
[[abstract]]We have demonstrated dark-field imaging using a full-field hard x-ray microscope by usin...
Advances in x-ray techniques, including x-ray optics, have paved the way to obtain challenging resul...
The authors present x-ray images of grid meshes and biological material obtained using a microspot x...
Investigating and mapping fundamental processes in nature is a driving force for breakthroughs in re...
In the past decade, hard x-ray transmission microscopy experienced tremendous developments. With the...
By using polycapillary lenses to focus laser-produced x-ray sources to high intensities, an improvem...
A novel x-ray collection optic called the Collimating Channel Array (CCA) for high resolution, 3D mi...
Recently, many experiments have highlighted the advantage of using polycapillary optics for x-ray fl...
Design and performance of a scanning transmission x-ray microscope (STXM) at the Advanced Light Sour...
We describe the distinction between the operation of a short focal length x-ray micr...
Capillary Optics have proven to be a valuable tool for concentrating synchrotron radiation. Single t...
In the water window (2.2-4.4 nm) the attenuation of radiation in water is significantly smaller than...
Polycapillary optics can be designed for a wide variety of x-ray applications. They have been used a...
The “Rainbow X-Ray” (RXR) experimental station at XLab Frascati of the Frascati’s National Laborator...
X-ray nanotomography is used to analyze materials on the sub-micrometer scale. Many soft biological ...
[[abstract]]We have demonstrated dark-field imaging using a full-field hard x-ray microscope by usin...
Advances in x-ray techniques, including x-ray optics, have paved the way to obtain challenging resul...
The authors present x-ray images of grid meshes and biological material obtained using a microspot x...
Investigating and mapping fundamental processes in nature is a driving force for breakthroughs in re...
In the past decade, hard x-ray transmission microscopy experienced tremendous developments. With the...
By using polycapillary lenses to focus laser-produced x-ray sources to high intensities, an improvem...
A novel x-ray collection optic called the Collimating Channel Array (CCA) for high resolution, 3D mi...
Recently, many experiments have highlighted the advantage of using polycapillary optics for x-ray fl...
Design and performance of a scanning transmission x-ray microscope (STXM) at the Advanced Light Sour...
We describe the distinction between the operation of a short focal length x-ray micr...
Capillary Optics have proven to be a valuable tool for concentrating synchrotron radiation. Single t...
In the water window (2.2-4.4 nm) the attenuation of radiation in water is significantly smaller than...
Polycapillary optics can be designed for a wide variety of x-ray applications. They have been used a...
The “Rainbow X-Ray” (RXR) experimental station at XLab Frascati of the Frascati’s National Laborator...
X-ray nanotomography is used to analyze materials on the sub-micrometer scale. Many soft biological ...
[[abstract]]We have demonstrated dark-field imaging using a full-field hard x-ray microscope by usin...
Advances in x-ray techniques, including x-ray optics, have paved the way to obtain challenging resul...
The authors present x-ray images of grid meshes and biological material obtained using a microspot x...