We are planning to develop a kinoform zone plate (ZP) for hard X-ray using a sputtered-sliced (SS) method with two materials (Cu/Al). The SS kinoform ZP is composed of a Cu/Al multilayer that is based on radial modulation of the refractive indices of deposition materials. The X-ray through the zones interferes constructively at the focal point. The kinoform ZP, therefore, has an advantage of high focusing efficiency. According to the our theoretical calculation, the focusing efficiency of the Cu/Al kinoform PZP is up to 86% in the 0~30 keV X-ray energy region, while one of the conventional Cu/Al multilayer Fresnel zone plate is up to 38%
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Penetration lengths in the millimetre range make hard x-rays above 60 keV a well-suited tool for non...
Diffractive x-ray lenses suffer from limited focusing efficiency, which can be improved by replacing...
We are planning to develop a kinoform zone plate (ZP) for hard X-ray using a sputtered-sliced (SS) m...
A zone plate capable of focusing hard x-rays to less than 1 {mu}m spot size is designed and specifie...
X-ray microscopy has become an important analytical characterization method for a plethora of applic...
Recently, we demonstrated unprecedented sub-5 nm point focusing of hard X-rays (at 7.9 keV) based on...
Recently, we demonstrated unprecedented sub-5 nm point focusing of hard X-rays (at 7.9 keV) based on...
AbstractWe have been fabricated the multilayer Fresnel zone plate (FZP) for hard X-ray focusing. The...
We have investigated an alternative technique for fabricating zone plates that operate in the 5 to 1...
Soft x-ray lithography technology has been applied to fabrication of phase shifting Fresnel Zone Pla...
-ray microscopy is a successful technique with applications in several key fields. Fresnel zone plat...
We use Fresnel zone plates as focusing optics in hard x-ray microprobes at energies typically betwee...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Penetration lengths in the millimetre range make hard x-rays above 60 keV a well-suited tool for non...
Diffractive x-ray lenses suffer from limited focusing efficiency, which can be improved by replacing...
We are planning to develop a kinoform zone plate (ZP) for hard X-ray using a sputtered-sliced (SS) m...
A zone plate capable of focusing hard x-rays to less than 1 {mu}m spot size is designed and specifie...
X-ray microscopy has become an important analytical characterization method for a plethora of applic...
Recently, we demonstrated unprecedented sub-5 nm point focusing of hard X-rays (at 7.9 keV) based on...
Recently, we demonstrated unprecedented sub-5 nm point focusing of hard X-rays (at 7.9 keV) based on...
AbstractWe have been fabricated the multilayer Fresnel zone plate (FZP) for hard X-ray focusing. The...
We have investigated an alternative technique for fabricating zone plates that operate in the 5 to 1...
Soft x-ray lithography technology has been applied to fabrication of phase shifting Fresnel Zone Pla...
-ray microscopy is a successful technique with applications in several key fields. Fresnel zone plat...
We use Fresnel zone plates as focusing optics in hard x-ray microprobes at energies typically betwee...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Fresnel Zone Plates FZP are to date very successful focusing optics for X rays. Established method...
Penetration lengths in the millimetre range make hard x-rays above 60 keV a well-suited tool for non...
Diffractive x-ray lenses suffer from limited focusing efficiency, which can be improved by replacing...