Graded depth multi-layer coatings have the potential to optimise the performance of X-ray reflective surfaces for improved energy response. A study of deposition techniques on silicon substrates representative of the XEUS High Performance Pore Optics (HPO) technology has been carried out. Measurements at synchrotron radiation facilities have been used to confirm the excellent performance improvements achievable with Mo/Si and W/Si multilayers. Future activities that will be necessary to implement such coatings in the HPO assembly sequence are highlighted. Further coating developments that may allow an optimisation of the XEUS effective area in light of potential changes to science requirements and telescope configurations are also identifie...
We have measured the hard X-ray reflectivity and imaging performance from depth graded W/Si multilay...
We present the results from a systematic study of several different material combinations for multil...
We have developed a new depth-graded multilayer system comprising W and SiC layers, suitable for use...
Graded depth multi-layer coatings have the potential to optimise the performance of X-ray reflective...
Graded depth multi-layer coatings have the potential to optimise the performance of X-ray reflective...
We discuss the development of X-ray multilayer coatings for use as broad-band reflectors operating a...
We are engaged in a program to develop focusing hard X-ray optics for future X-ray astronomy mission...
We are engaged in a program to develop focusing hard X-ray optics for future X-ray astronomy mission...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
We have measured the hard X-ray reflectivity and imaging performance from depth graded W/Si multilay...
We have measured the hard X-ray reflectivity and imaging performance from depth graded W/Si multilay...
We present the results from a systematic study of several different material combinations for multil...
We have developed a new depth-graded multilayer system comprising W and SiC layers, suitable for use...
Graded depth multi-layer coatings have the potential to optimise the performance of X-ray reflective...
Graded depth multi-layer coatings have the potential to optimise the performance of X-ray reflective...
We discuss the development of X-ray multilayer coatings for use as broad-band reflectors operating a...
We are engaged in a program to develop focusing hard X-ray optics for future X-ray astronomy mission...
We are engaged in a program to develop focusing hard X-ray optics for future X-ray astronomy mission...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
Current multilayer designs for 10-80 keV hard X-ray telescope missions have focused primarily on the...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
A planar magnetron sputtering facility has been established at the Danish Space Research Institute (...
We have measured the hard X-ray reflectivity and imaging performance from depth graded W/Si multilay...
We have measured the hard X-ray reflectivity and imaging performance from depth graded W/Si multilay...
We present the results from a systematic study of several different material combinations for multil...
We have developed a new depth-graded multilayer system comprising W and SiC layers, suitable for use...