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1·Wavefront analysis and Scheimpflug imagery are very important in diagnosis of anterior lenticonus.

波前分析和沙氏图像在前圆锥形晶状体的诊断中非常重要。

2·In this system, the wavefront sensor is the most important part.

在这个系统中，波前探测器是其中的关键器件。

3·The resulting distortions in the wavefront generate the fringe contours.

波阵面上发生的畸变生成了条纹线。

4·The noise of wavefront sensor is a major noise source in adaptive optics system.

在自适应光学系统中，波前探测器的噪声是主要误差源。

5·In adaptive optics system, the noise of wavefront sensor is a major error source.

在自适应光学系统中，波前探测器的噪声是一个主要误差源。

6·The key techniques are to process the interferogram and to reconstruct the wavefront.

其关键技术在于解决干涉图处理和波面复原的数据处理问题。

7·The design method of wavefront corneal contact lens by the objective optometry is presented.

提出了一种客观验光的波前角膜接触镜的设计方法。

8·Consider the match of the aberration and the detector's area as well as the wavefront error.

分析了系统的几何像差与探测器接收面积的匹配，也考虑了光学系统波像差的作用。

9·The two technique are validity and finity, they optimize the wavefront sensor and flow field.

这两种技术都是有效又有限的，它们是对波前传感器、流场的一个优化。

10·Based on the definition of wavefront rise wavefront analysis method of CCD scan is introduced.

在对波面矢高进行定义的基础上，提出CC D轴向扫描检测激光束准直度的方法。

波前

1·Wavefront analysis and Scheimpflug imagery are very important in diagnosis of anterior lenticonus.

波前分析和沙氏图像在前圆锥形晶状体的诊断中非常重要。

2·In order for this technique to work, the distortions imposed on the incoming light during its passage through the Earth's atmosphere must be removed using a trick called wavefront correction.

为了使这项技术得以实施，通过“波前校正”，入射光线经过地球大气造成的扭曲会被移动。

3·The experimental results show that the global tilt information of beam wavefront for adaptive optics can be effectively extracted by both algorithms.

实验结果表明，这两种算法均可有效地提取出自适应光学所需要的光束波前整体倾斜信息。

4·The design method of wavefront corneal contact lens by the objective optometry is presented.

提出了一种客观验光的波前角膜接触镜的设计方法。

5·This Adaptive Optics system is based on deconvolution Adaptive Optics theory, which has used the wavefront detecting and image deconvolution restoration technology.

这种自适应光学系统建立在解卷积式自适应光学原理的基础上，结合了波前探测技术和解卷积图像复原技术。

波阵面

1·Unlike an ocean wave, a wavefront or surface of constant phase is unobservable and undetectable.

和海浪不同，波阵面或固定相平面是不能观测和不能发现的。

2·Projection data is obtained from an integration of the reflectivity coefficients of the objects along the circular arc of the wavefront with a radar beamwidth.

反射数据实际上是反射特征系数沿着具有一定雷达波束宽度的波阵面圆弧的积分。