The fabrication and testing of planar refractive hard X-ray lenses made from bulk CVD
diamond substrates is reported. The lens structures were generated by electron-beam …

Рентгеновская оптика преломления получила значительное развитие во многом
благодаря работам российских ученых и в настоящее время является одним из …

We have fabricated and tested a compound lens consisting of an array of four kinoform
lenses for hard x-ray photons of 11.3 keV. Our data demonstrate that it is possible to exceed …

Conditions are determined for the formation of X-ray refractive lenses with kinoform fern-like
profile in resist layers of PMMA and SU-8 by deep X-ray lithography. Based on the …

X-ray refractive optics has made rapid strides to a large degree due to the work of Russian
scientists, and has now become one of the most rapidly advancing areas in modern physical …

Sets of planar SU-8 cross lenses focusing in two directions have been fabricated by tilted
deep X-ray lithography using an X-ray mask with tilted absorber structures. The profile of the …

Thanks to its low x-ray absorption, lithium should be the material of choice for x-ray refractive
lenses. This article discusses some of the measurements done to verify lithium's relevant …

The X-ray planar compound refractive lenses (CRLs) made of monocrystalline silicon by a
lithography and plasma deep Si etching (Bosch process) were considered. The CRL is a …

We present integrated lens system (ILS), which consists of 6 compound refractive lenses
with the same focal distance of 0.5 m, but optimized for discrete set of energies such as 10 …

It has been shown that an arbitrary system of parabolic refracting lenses does not change
the shape of the Gaussian wave function of a synchrotron radiation beam. Only three …