The sun’s gravitation was bending the beam of light.

太阳的引束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激束要通过学系统后与物质相互作用或为了满足参数要求需要通过学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激测距系统的合作目标, 其主要作用在于提高地面接收机范围内反射束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用镜引起出射束方向向偏折的原理,提出了一种位移法测量玻镜微小底角的新方法,介绍了测量的基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应激光束要通过光学系统后与物质相互作满足参数要求需要通过光学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作激光测距系统的合作目标, 其主要作在于提高地面接收机范围内反射光束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利镜引起出射光束方向向偏折的原理,提出一种位移法测量玻璃镜微小底角的新方法,介绍测量的基本原理,讨论测量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激束要通过学系统后与物质相互用或为了满足参数要求需要通过学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器为激系统的合, 其主要用在于提高地面接收机范围内反射束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射束方向双向偏折的原理,提出了一种位移法量玻璃双棱镜微小底角的新方法,介绍了量的基本原理,讨论了量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激光束要通过光学系统后与物质相互作用或为了满足参数要求需要通过光学系统加。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激光测距系统的合作目标, 其主要作用在于提高收机范围内反射光束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射光束方向双向偏折的原理,提出了一种位移法测量玻璃双棱镜微小底角的新方法,介绍了测量的基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使光束。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

实际应用激光束要通过光学系统后与物质相互作用或为了满足参数要求需要通过光学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激光距系统的合作目标, 其主要作用于提高地面接收机范围内反射光束的能密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射光束方向双向偏折的原理,提出了一种位移法玻璃双棱镜微小底角的新方法,介绍了的基本原理,讨论了误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激要通过学系统质相互作用或为了满足参数要求需要通过学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激测距系统的合作目标, 其主要作用在于提高地面接收机范围内反射的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射向双向偏折的原理,提出了一种位移法测量玻璃双棱镜微小底角的新法,介绍了测量的基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳的光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激光束要通过光学系统后与物质相互作用或为了满足参数要求需要通过光学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激光测距系统的合作目标, 其主要作用在于提高地面接收机范围内反射光束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用起出射光束方向向偏折的原理,提出了一种位移法测量玻璃微小底角的新方法,介绍了测量的基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳引力使光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激光束要通过光学后与物质相互用或为了满足参数要求需要通过光学加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器为激光测目标, 其主要用在于提高地面接收机范围内反射光束能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射光束方向双向偏折原理,提出了一种位移法测量玻璃双棱镜微小底角新方法,介绍了测量基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实激光束要通过光学系统后与物质相互作或为了满足参数要求需要通过光学系统加以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激光测距系统的合作目标, 其主要作在于提高地面接收机范围内反射光束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利双棱镜引起出射光束方向双向偏折的原理,提出了移法测量玻璃双棱镜微小底角的新方法,介绍了测量的基本原理,讨论了测量误差.

The sun’s gravitation was bending the beam of light.

太阳的引力使光束弯曲。

In the usual lives, laser beam need either propagation through optical system to interreact with other material or in order to satisfy the parameter require.

在实际应用激光束要通过光学后与物质相互作用或为了满足参数要求需要通过光学以变换。

Satellite retroreflector is used as laser ranging cooperative target to improve the intensity of reflected beam, which has close relationship with processing parameters of the retroreflector.

卫星角反射器作为激光测距的合作目标, 其主要作用在于提高地面接围内反射光束的能量密度。

Based on the double refraction principle of outgoing beam in the biprism,the displacement method for measuring the small angle of biprism is presented.The error of this method is also discussed.

利用双棱镜引起出射光束方向双向偏折的原理,提出了一种位移法测量玻璃双棱镜微小底角的新方法,介绍了测量的基本原理,讨论了测量误差.