离轴的

基本解释 (translations)

abaxial  ·  abaxile

与离轴的相关的网络例句 [注：此内容来源于网络，仅供参考]

A unobstructed four-mirror anastigmat system was proposed, which was modified based on three-mirror anastigmat and had compacter structure.

介绍了一种无中心遮拦的离轴四反射镜系统，由离轴三反系统改进而成，结构更加紧凑。

Intermediate image of three-mirror anastigmat having two image surfaces was between secondary and tertiary mirror. In order to fold the optical path, four-mirror anastigmat was designed by adding the spherical reflective mirror at intermediate image.

带一次中间像面的离轴三反系统的中间像位于次镜和三镜之间，为了进一步折叠光路，在中间像面处加入球面反射场镜，从而成为离轴四反。

The measuring device is structured by including a He-Ne laser; a beam expander, a soft aperture slot and a off-axis parabolic mirror to be measured are arranged in turn along the direction of the emergent laser beam direction of the He-Ne laser; a standard cross hair and a micro objective are arranged in turn on the direction of the reflected beam of the off-axis parabolic mirror; the micro objective is arranged on the focus of the off-axis parabolic mirror; the focus is imaged on an area array CCD; the output end of the area array CCD is connected with a computer; the off-axis parabolic mirror is fixed on a five-dimensional electric adjusting frame.

一种离轴抛物面镜点聚焦能力测定装置和测定方法，测定装置的构成包括：一台He-Ne激光器，沿该He-Ne激光出射激光束方向依次设置扩束器、软边光阑和待测的离轴抛物面镜，在该离轴抛物面镜的反射光束方向依次设置标准叉丝和显微物镜，该显微物镜位于所述的离轴抛物面镜的焦点，所述的焦点成像于面阵CCD上，该面阵CCD的输出端接计算机，所述的离轴抛物面镜固定在一五维电动调整架上。

5Calibration of the laser optical axis of the basic principles and methods isdiscussed, laser target designator axis calibration device is designed, the key technologythat a large caliber, long focal distance from the axis parabolic reflector design is solved,and the cross target line which can be used for a wide variety of observation devices isdesigned, the final calibration accuracy is 0.05mrad.

5论述了激光光轴校正的基本原理和方法，设计了激光目标指示器光轴校正装置，解决了其中的关键技术：大口径、长焦距离轴抛物面反射镜的设计问题，并设计了可用于多种观瞄装置的十字靶标，最终的校正精度达0.05mrad。

The propagation equations for oblique and off-axial Gaussian beams passing through cat-eye optical lens are deduced by using the theory of matrix optics and expanding the aperture function into a finite sum of complex Gaussian functions.

运用矩阵光学理论以及将硬边光阑窗口函数展开为有限个复高斯函数之和的方法，进一步推导了倾斜离轴高斯光束通过猫眼光学镜头的解析传输公式，通过数值计算分析得到了倾斜系数和离轴量对猫眼效应反射光光强分布的影响规律。

The off-axis reflection system composed of four aspheric mirrors was designed, but the system structure was not so simple and the performance can also be improved, besides, manufacture and test for large aspheric mirrors are difficult; and then the spherical Fresnel mirror which is easier to be manufactured and tested was used to replace the aspheric mirror, the spherical Fresnel mirror has low cost of replication, but this design also can\'t be used in projection lens because it was only feasible in narrow wavebands; Furthermore, the design making use of catadioptric projection lens was accomplished, this design is greatly applied in rear projector because it has merits of both refraction and reflection. But it had difficulties in color aberration correction and had complex structure.

设计了四片非球面组成的离轴式反射系统，然而，仅采用非球面设计系统结构不够精简，性能也有待进一步提高，且非球面面形较大时加工和检测都存在一定的困难；继而提出了用球面Fresnel反射镜代替非球面的设计方法，虽然Fresnel反射镜加工和检测更为简单，且复制成本低，但对波长具有选择性；进而，应用折反系统结合的方式设计了离轴式投影镜头，该方法因兼具折射和反射的优点，在大屏幕超薄背投系统的设计中广为应用，缺点是会产生难以校正的色差，且结构复杂。

Unobscured all-reflective system This dissertation details the unobscured all-reflective telescopes with two or three mirrors.

离轴反射系统研究本文对离轴两镜和三镜反射系统作了全面的研究。

The simulative results verify theoretic analysis is proper. lensless Fourier holography ; off-axis ;3D reconstruction ; phase distortion

目前，主要有采用同轴记录光路结合相移技术的同轴相移数字全息川，和采用离轴记录光路结

First, calculates the fast moving average (usually 12 days) and slow moving average (usually 26 days) by exponential calculation method; second, make fast line value minus slow line value to gain the difference of relative distance. In order to make the trend signals more clear and less influence exerted by of excessive price fluctuation, the difference should be smoothly calculated (general elect 9 days) to get average of difference value. Chart the difference and its average in a coordinate with time for horizontal axis and MACD for vertical axis. Then we can apply the identical, contrary or cross signals through observing their direction, relative and absolute positions.

它首先以指数平滑计算法计算出快速移动平均线（一般选12日）慢速移动平均线（一般选26日），再以快速线数值减慢速线数值即得到快慢线相对距离的差离值，为使趋势信号更明显并且不受股价过分波动的影响，对差离值也进行平滑计算（一般选9日），得到差离值的平均值，把差离值和差离平均值画在以时间为横轴，以MACD为纵轴的坐标上，通过观察差离值和差离平均值的方向、绝对位置和相对位置关系，把它们的同向、异向和交叉现象作为买卖信号的提示。

Through simulation calculation using the model, the detection direction vs scattering intensity curves in different abaxial distance and the scattering intensity vs abaxial distance curves in various visibilities are obtained.

通过该模型的仿真计算，得到了不同离轴距离条件下，探测方向与散射照度的变化关系曲线；不同气象能见度条件下，散射照度随离轴距离的变化曲线。

与离轴的相关的网络解释 [注：此内容来源于网络，仅供参考]

abampere：电磁系电流单位

abac 算图,列线图 | abampere 电磁系电流单位 | abaxial 轴外的,离轴的

abaya：毛织物, (阿拉伯式)长袍

abaxial | 离轴的 | abaya | 毛织物, (阿拉伯式)长袍 | abb | 横丝, 纬纱, 劣质羊毛

cooper up：修饰, 磨光

a gentleman's agreement 君子协定 | cooper up 修饰, 磨光 | abaxial 离轴的

dorsum：背部

背部 dorsum | 背部离轴的(生物) abaxial | 背槽 back-trough

abac：算图,列线图

abac 算图,列线图 | abampere 电磁系电流单位 | abaxial 轴外的,离轴的

abaxial：离轴的

cooper up 修饰, 磨光 | abaxial 离轴的 | elution fractionating 洗脱分级

abaxial：轴外的,离轴的

abampere 电磁系电流单位 | abaxial 轴外的,离轴的 | Abb'e Condenser 阿贝聚光器

abaxial surface：背轴面

abaxial paratracheal parenchyma | 远轴傍管薄壁组织 | abaxial surface | 背轴面 | abaxial | 离轴的

adaxial：腹部离轴的

"适配器,接合器","adapter" | "腹部离轴的","adaxial" | "加物变质作用","additive metamorphism"

off-center interference figure：偏心干涉像

"离轴(的)","off-axis" | "偏心干涉像","off-center interference figure" | "偏心(斜交)光轴干涉像","off-center optic-axis figure"