Add to ORKGPhoenix lens systems for generation and regeneration of arrays of refractive lenses are proposed. Arrays of refractive lenses consists of bubbles can be used for focusing X-rays and thermal neutrons. It is possible to produce 3-Darrays of refractive lenses as frozen foam of uniform bubbles. Optical properties Phoenix lens as function of type 2/3-D refractive structure and angular position are discussed
We have fabricated and tested short focal-length compound refractive lenses (CRLs) composed of micro...
X-rays offer indispensable opportunities for science, medicine, and technology due to a large variet...
Neutron sources in modern neutron facilities produce neutron beams of a large diameter and angular d...
Thermal neutron beams are an indispensable tool in physics research. The spatial and the temporal re...
This project designed and built compound refractive lenses (CRLs) that are able to focus, collimate ...
Compound concave refractive lenses are used for focusing neutron beam. Investigations of spectral an...
The refractive lens for hard X-rays on the base of glass capillary is presented. The fabrication tec...
This report discusses the optimization strategy, the theoretical background and ®rst experimental da...
A compound X-ray and neutron lenses is an array of lenses with a common axis. The resolution limited...
A lens will collimate the radiation from a point source placed in its focus. Thus the development of...
In order to focus light or x rays, the thickness of a refractive lens is typically varied over its a...
An efficient x-ray lens with an effective speed of order less than approximately f/50 for lambda gre...
Refraction through curved surfaces, reflection from curved mirrors in grazing incidence, and diffrac...
AbstractTwo novel devices for use in neutron imaging technique are introduced. The first one is a hi...
A refractive x-ray lens with reduced focal length, due to continuous reduction in the designed apert...
We have fabricated and tested short focal-length compound refractive lenses (CRLs) composed of micro...
X-rays offer indispensable opportunities for science, medicine, and technology due to a large variet...
Neutron sources in modern neutron facilities produce neutron beams of a large diameter and angular d...
Thermal neutron beams are an indispensable tool in physics research. The spatial and the temporal re...
This project designed and built compound refractive lenses (CRLs) that are able to focus, collimate ...
Compound concave refractive lenses are used for focusing neutron beam. Investigations of spectral an...
The refractive lens for hard X-rays on the base of glass capillary is presented. The fabrication tec...
This report discusses the optimization strategy, the theoretical background and ®rst experimental da...
A compound X-ray and neutron lenses is an array of lenses with a common axis. The resolution limited...
A lens will collimate the radiation from a point source placed in its focus. Thus the development of...
In order to focus light or x rays, the thickness of a refractive lens is typically varied over its a...
An efficient x-ray lens with an effective speed of order less than approximately f/50 for lambda gre...
Refraction through curved surfaces, reflection from curved mirrors in grazing incidence, and diffrac...
AbstractTwo novel devices for use in neutron imaging technique are introduced. The first one is a hi...
A refractive x-ray lens with reduced focal length, due to continuous reduction in the designed apert...
We have fabricated and tested short focal-length compound refractive lenses (CRLs) composed of micro...
X-rays offer indispensable opportunities for science, medicine, and technology due to a large variet...
Neutron sources in modern neutron facilities produce neutron beams of a large diameter and angular d...