The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用射及光萤光量测能隙边缘的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄变厚，伴随射变化。

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射率的公式。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

用反射及光萤光量测能的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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.

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。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光萤光量测能隙边缘的迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及萤量测能隙边缘的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄，伴随反射化。

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同单色性下精确计算多层反射率的公式。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用及光萤光量测能隙边缘子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随变化。

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,推导出一个在入光不同单色性下精确计算多层膜率公式。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光萤光量测能隙边缘的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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层膜反射率的公式。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

用反射及光萤光量测能的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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.

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。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

反射及光萤光量测缘的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会出现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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.

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。

The band edge excitonic transitions were measured by the reflectivity and photoluminescence measurements.

利用反射及光萤光量测能隙边缘的子跃迁。

Intraocular tumor extension appeared as blunting of the anterior chamber angle and thickening of the uvea with variable reflectivity.

眼内肿瘤扩散会现前室角度钝化，以及葡萄膜变厚，伴随反射变化。

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。