kba

Programming Design and Simulation of KBA Microscope Imaging System

KBA显微成像系统程序设计与模拟

Imaging Simulation of KBA Microscope System and X-Ray Imaging Experiment

KBA显微镜成像系统的成像模拟及X光成像实验的研究

Aberrations and Imaging Quality Analysis of KBA X-ray Microscope

KBAX射线显微镜的像差及成像质量分析

Analysis of KBA microscope imaging quality .

KBA显微镜成像质量评价。

Analysis of KBA microscope parameters error .

KBA显微镜系统参数误差分析。

In this paper , main works are as follow : ( 1 ) Analysis of KBA microscope structure .

本文主要做了以下工作：（1）KBA显微镜结构分析。

KBA microscope is a type of non-symmetrical and non-coaxial grazing incidence imaging system .

KBA显微镜是一种非轴对称、非共轴的掠入射成像系统。

Researches on KBA X - ray Microscope

KBAX射线显微镜研究

In this article , the non-coaxial KBA x-ray microscope working at grazing incidence is discussed in detail .

本文详细地论述了根据使用要求所设计的非共轴掠入射反射成像KBAX射线显微镜系统。

The results show that KBA is anastigmatic and field obliquity becomes severe with field altering larger in image space .

分析的结果表明，KBA显微镜是一种消像散结构，但随着视场的增加，像面倾斜变得越来越严重。

Analysis of KBA reflectivity .

分析了KBA显微镜的反射率。

Analysis of KBA aberrations .

KBA显微镜像差分析。

Reflectivity of Cu is 0.021 and that of single film layer is 0.049 , thus KBA X-ray microscope is made of single film layer .

无氧铜的反射率为0.021，单层膜的反射率为0.049，因此KBAX射线显微镜可采用镀单层膜的方法加工。

Its configuration is complex , the adjustment precision is high , so that in practical experiment the imaging performance of KBA microscope is not easy to master .

其结构复杂，调节精度要求很高，在实际成像实验操作中难以掌握其成像特性。

Taking the non-coaxial grazing incident KBA X-ray microscope designed as an example , X-ray reflecting from metal surface and single film layer is discussed .

以设计的非共轴掠入射KBAX射线显微镜系统为例，讨论了掠入射下X射线从金属表面和单层膜表面反射的两种情况。

Focal length , imaging and reflecting characteristics of KBA microscope are studied . Rationality of KBA structure is analyzed , and program for it is compiled .

对组成KBA显微镜的反射镜在掠入射条件下的焦距、成像特点及反射特性进行了研究，分析KBA显微镜结构安排的合理性，根据KBA显微镜的结构特点编写光路计算程序。

The upper limit of the spatial resolution of KBA microscope is 3 μ m for the detector whose pixel is about 10 μ m by simulation .

对像素尺寸约10μm的探测设备，模拟得出KBA成像系统的空间分辨力上限为3μm左右。

In view of the special structure of KBA microscope , we have compiled an optical computing program for the system . Using this program , we trace a large number of rays .

鉴于KBA显微镜系统结构的特殊性，编写了适用于KBA显微镜系统的光路计算程序，并利用这个程序进行了大量的光路计算。

Non-coaxial grazing reflective imaging KB and KBA microscope systems are discussed , and an X-ray microscope consisting of four mirrors working at grazing incidence is designed .

详细论述了掠入射非共轴反射成像的KB和KBA显微镜成像系统，根据使用要求设计了由4个反射镜组成的X射线显微镜。