light path中文,light path的意思,light path翻译及用法

2026-03-21 17:24 浏览次数 18

light path

英[lait pɑ:θ]美[laɪt pæθ]

光路;光程

light path 片语

片语

dual-light-path双光路

beam path光路,光束路径;声束路径

light propagation path光传播通路

light-path design光路设计

geometrical light-path几何光路

double-light-path双光路

long light-path长光路

godess light my path女神啊

dynamic light-path diagram动态光路图

light path 例句

英汉例句

  • the apparatus adopt method of long light path transmission.

    本仪器采用长光程透射法。

  • with the method of differential optical absorption spectroscopy (doas), aerosol along the light path was measured with double optical path method.

    介绍了利用双光路差分吸收光谱(doas)技术监测大气气溶胶的新方法。

  • the structure of the light path transition module and unit module, and the interconnection board were designed.

    对光路转换模块和单元模块以及该互连板的总体结构进行了分析和设计。

  • the centrobaric method was used to determine the position with the maximum modulation value of fringes and the position was used as the point of zero light path difference.

    采用重心法确定干涉条纹调制度的最大值位置,并以此作为零光程差位置。

  • to create light path fast is very important in ason, it makes for fast service provision and fast restoration.

    光路的快速创建在自动交换光网络(ason)中具有重要意义,它有利于快速地提供业务和故障的快速恢复。

  • with the method of differential optical absorption spectroscopy (doas), aerosol along the light path is monitored and its size distribution is measured with double optical path method.

    介绍了利用双光路差分吸收光谱(doas)技术监测大气气溶胶并反演其粒谱分布的新方法。

  • the principle and property of synchronous focusing of a twin-laser in same light path and its realization technique are described.

    叙述同一光路中双激光获得共焦的原理和特点及其实现技术,并就一实例的设计结果进行评价。

  • the weight center method is used to define the position with maximum modulation of fringes, which is also the position with zero light path difference.

    采用重心法确定干涉条纹调制度的最大值位置,并以此作为零光程差位置。

  • the measurement range of this apparatus is one time large than the ordinary three-slit interferometer. it can measure continous light path changes in a wide range.

    其量程比调制中缝位相的三缝干涉仪扩大一倍,并能对大范围的连续光程变化进行测量。

  • with the imaging formula of the holographic lens, the principle of the light path adjustment is deduced.

    首先由全息透镜(光栅)成像公式出发,推导出了该光路调节的基本原理。

  • the optical elements of its out light path are changed and then it is equipped with a photoelectric detection system.

    更换了光谱仪外光路元件,并加装了光电检测系统。

  • a model of an afm head using the optical beam deflection method with spatial light path is built up to get the optical magnifying capability.

    建立了具有立体光路的光束偏转法原子力测头的模型,给出测头的放大能力,证明光路不会对光束偏转法的分辨力造成影响。

  • a correction model for angle drift in target area is established through ray-tracing target area light path of icf(inertial confinement fusion) driver.

    通过光线追迹icf(惯性约束聚变)驱动器的靶场光路,建立靶场角漂的修正模型。

  • the experiment came into use single light path critical angle method, output signals were detected by four-quadrant receiver, micro-displacement drive element were piezoelectric ceramics.

    实验采用单光路临界角法,用四象限探测器探测输出信号,物面微位移采用压电陶瓷作为驱动元件。

  • the system was equipped with line matrix ccd as sensing unit and improved on light path structure of sensor.

    系统采用线阵ccd作为传感元件,对传感器的光路结构进行了改进。

  • therefore, to the big bang model different medium in the light path represents a particle in space and time, this is the life among physicists call 「world line」 things.

    因此,异向介质大爆炸模型中光的路径代表了一个粒子处于空间和时间之中的寿命,这就是物理学家称之为「世界线」的东西。

  • according to the analysis on the structure of loop matrix, symmetry of light path in the system is necessary for the linear polarization mode operation.

    通过对腔内环路矩阵结构的分析,得出该环形腔中线偏振模式的产生需要系统的光路结构对称。

  • the time-division measurement on sop can be achieved through single light path by this method.

    此方法可以由单一光路实现对光波偏振态分时检测。

  • in the basis of introducing the standard of microscope, we design a kind of light path which can use ccd camera to observe.

    在介绍了显微镜的规范标準的基础上,设计并确定了一条应用于ccd摄取显微图像的光路。

  • the constant light path system is designed to make the length of light path in the process of machining unvarying by means of equalizing it.

    笔者设计的恒光路系统通过对光路进行补偿,而使加工过程中光路长度恒定不变。

  • the optical design method of the corrector is described in detail, and the design results and experimental light path are given.

    详细讨论了补偿器的光学设计方法,给出了设计结果和实际的实验光路,分析了低温光学检测中的一些问题。

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