Although x-ray micro-foci can be produced by a variety of diffractive methods, grazing incidence mirrors are the only route to an achromatic focus. In this paper we describe our efforts to produce elliptically shaped mirrors with the very high figure accuracy necessary for producing a micro-focus. The motivation for this work is provided by the need to produce achromatic foci for a range of applications ranging from tunable micro-focus x-ray photoelectron spectroscopy (mu-XPS) at soft x-ray energies to micro-focus white beam x-ray diffraction (mu-XRD) at hard x-ray energies. We describe the methodology of beam bending, a practical example of a system we have produced for mu-XRD, and results demonstrating the production of a surface with mic...
Novel focusing optical devices have been developed for synchrotron radiation in the energy range40±1...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
Nanofocused x rays are indispensable because they can provide high spatial resolution and high sensi...
Although x-ray micro-foci can be produced by a variety of diffractive methods, grazing incidence mir...
Of the many methods used to focus x-rays, the use of mirrors with an elliptical curvature shows the ...
An elliptical mirror for X-ray microfocusing was manufactured using the new fabrication methods of e...
In our study on an "Arm Method " mirror bender, we reported the performance of the horizon...
The motivation for this thesis is the design and implementation of novel elliptical x-ray reflective...
In this study, we designed, fabricated, and evaluated a hard x-ray focusing mirror having an ideally...
The authors have developed an x-ray micro-probe facility utilizing mirror bending techniques that al...
An elliptically bent mirror of total length 1.25 m has been developed at the Advanced Light Source (...
A total-reflecting mirror of 120-cm length was designed and built to focus synchrotron radiation ema...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
As beamline emittance reaching the diffraction limit, the demand for focusing mirrors over one meter...
Current state-of the-art for x-ray optics fabrication calls for either the polishing of massive subs...
Novel focusing optical devices have been developed for synchrotron radiation in the energy range40±1...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
Nanofocused x rays are indispensable because they can provide high spatial resolution and high sensi...
Although x-ray micro-foci can be produced by a variety of diffractive methods, grazing incidence mir...
Of the many methods used to focus x-rays, the use of mirrors with an elliptical curvature shows the ...
An elliptical mirror for X-ray microfocusing was manufactured using the new fabrication methods of e...
In our study on an "Arm Method " mirror bender, we reported the performance of the horizon...
The motivation for this thesis is the design and implementation of novel elliptical x-ray reflective...
In this study, we designed, fabricated, and evaluated a hard x-ray focusing mirror having an ideally...
The authors have developed an x-ray micro-probe facility utilizing mirror bending techniques that al...
An elliptically bent mirror of total length 1.25 m has been developed at the Advanced Light Source (...
A total-reflecting mirror of 120-cm length was designed and built to focus synchrotron radiation ema...
The efficiency of a Laue lens for X and Gamma ray focusing in the energy range 60 ÷ 600 keV is close...
As beamline emittance reaching the diffraction limit, the demand for focusing mirrors over one meter...
Current state-of the-art for x-ray optics fabrication calls for either the polishing of massive subs...
Novel focusing optical devices have been developed for synchrotron radiation in the energy range40±1...
A principle for bending crystals with a minimum of strain so that they will focus x-rays and gamma-r...
Nanofocused x rays are indispensable because they can provide high spatial resolution and high sensi...