It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度增加、自相关长度，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

棒形透镜入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论推导出一个在入射光不同单色性下精确计算多层膜反射率公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜的入射面前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推个在入射光不同单色性下精确计算多层膜反射率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗增加、自相关长减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推导出一个在入射光不同单色性下精确计算多层膜反射率公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X线掠入散越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜的入面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数卷积积分,理论上推导出一个在入不同单色性下精确计算多层率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜的入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积,理论上推导出一个在入射光不同单色性下精确计算多层膜反射率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒的入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推导出一个在入射光色性下精确计算多层膜反射率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

透镜的入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推导出一个在入射光不同下精确计算多层膜反射率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

粗糙度的增加、相关长度的减小，软X射线掠入射光学散射越来越严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜的入射面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推导出一个在入射光不同单色性下精确计算多层膜反射率的公式。

It is discovered that the scattering increases as the micro-roughness increases or autocovariance width decreases.

随著粗糙度的增加、自相关长度的减小，软X线掠入光学散严重。

The incidence face side of the claviform lens is used as a front end, and inserted into the first cylinder and fixed.

以棒形透镜的入面一侧作为前端，将插入第1筒状体中，然后将固定。

With convolution integral, a new formulation for describing the relation of soft X-ray reflectivity of multilayer with the different energy Monochromaticity of incident light is deduced.

利用数学卷积积分,理论上推导出一个在入光不同单色性下精确层膜反率的公式。