Finally, comparative analysis is conducted between the theoretical focusing performance parameters and the experimentally measured values.
As comparison, the focusing performance of the conventional lenses with the same parameters are investigated simultaneously.
Two focusing performance measures, focal depth and lateral resolution, are presented.
The focusing performance of the probes down to 10 nm was measured and compared with the simulation.
Wave-optical calculations are essential for predicting the X-ray focusing performance of precisely figured elliptical mirrors.
The effect of different f numbers on the focusing performance in the attenuative medium is further investigated.
Several focusing performance measures, such as the focal spot size, the diffraction efficiency, the real focal position, and the normalized transmitted power, are presented.
In this paper, we investigate the focusing performance of closed-boundary cylindrical microlenses (CBCMs) based on rigorous electromagnetic theory and the boundary element method.
In addition, we achieved focusing performance of a full width at half maximum 27 nm at 7 keV using the mirror at SPring-8.
In this paper, a double-layer aperiodic metallic grating is designed and the focusing performance is numerically researched using the finite-difference time-domain method.
Several focusing performance measures, such as the focal spot size, the focal position on the preset focal plane, the diffraction efficiency and the normalized transmitted power, are presented.
