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   取样探测 的翻译结果: 查询用时:0.011秒
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取样探测
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  “取样探测”译为未确定词的双语例句
     Depended on thetechniques of ultrafast pulse laser,highlytime-resolved spectroscopy and high speedsampling detection,studies on bacteri-orhodopsin′s photocycle,primary photo-iso-merization,excited state dynamics,light-driven proton pump mechanism and other as-pects have been successfully developed withmany significant results.
     利用超短脉冲激光技术,高时间分辨光谱学技术及高速取样探测技术,对菌紫质的光循环,原初光异构化,激发态动力学,质子泵机制等方面的研究已取得了许多有意义的结果。
短句来源
     Due to the different sampling depth, the total electron yield (TEY) is sensitive to the surface and near surface region, while the fluorescence yield (FLY) probes the information of the bulk. Thus the combined use of TEY and FLY provides a powerful evidence for identifying the whole sample whether or not it is a nanoscale material, and is a supplement of the conventional methods for characterizing nanoscale materials, such as TEM and XRD.
     由于X射线吸收谱中的总电子产额(TEY)和荧光产额(FLY)具有不同的取样探测深度,分别对样品的表面和体内敏感,因而两者的综合应用为纳米材料的整体分析提供了有力的依据,是透射电子显微镜(TEM)、X射线衍射(XRD)等传统方法分析纳米材料时的补充。
短句来源
     Both of the THz setups utilize the detection technology of free-space electro-optic sampling, and realize the experimental function of low noise, high sensitivity, high signal-to-noise ratio and very large of dynamical range.
     两套系统均采用自由空间电光取样探测技术,实现了低噪声、高灵敏度、高的信噪比和极高的动态范围实验性能。
  相似匹配句对
     Sleep detection
     睡眠的探测
短句来源
     Detection of metal corrosion
     金属腐蚀探测
短句来源
     The main scientific objectives of the third project is to collect lunar specimens and return to the Earth.
     “回”为月球探测器软着陆就位探测取样返回地面。
短句来源
     The method of γ detecting efficiency for hollow cylinder used in ~(131)I sampling
     空心圆柱体~(131)I取样滤盒γ探测效率刻度法
短句来源
     Sampling Device of Synthetic Resin
     合成树脂取样装置
短句来源
查询“取样探测”译词为用户自定义的双语例句

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  sampling detection
Sampling detection error is more difficult to correct, but an empirical description of the sampling detection error can be used to calculate the effective fraction of detected events with sampling.
      
(b) The sampling period can be selected so that the sampling detection error cancels the noise detection error.
      
An air sampling detection tube or head is inserted in the air stream of the duct.
      


The CGH/WRD system (computer generated hologram/wedge-ring shaped detector) were synthesized with CGH and CCD devices. It allows separation of the detector shape function from the detection function. The use of OGH makes it considerable flexibility in the detetion process. The design considerations are presented in detail with some experimental results on pattern recognition.

提出用计算机制全息图配合CCD器件制成具有楔环探测器功能的CGH/WRD系统.它将取样、探测功能相分离,充分利用CGH的灵活性,亦可适用于其他形状的探测.文中详述了系统的设计思想及实现方法并给出了其用于模式识别的实验结果.

Bacteriorhodopsin is a kind of pho-to-energy conversion protein existing in thepurple membrane of halobacterium halobium.It serves the function of photochromic materi-als and light-driven proton pumps,with anextremely fast primary photo-isomeric processoccurring within 430ps. On account of the factthat bacteriorhodopsin has a series of uniquephotoelectrical and optical properties such asdifferential responsivity to light intensity,high spatial resolution,high photosensitivity,high cycling,etc.,it has found many...

Bacteriorhodopsin is a kind of pho-to-energy conversion protein existing in thepurple membrane of halobacterium halobium.It serves the function of photochromic materi-als and light-driven proton pumps,with anextremely fast primary photo-isomeric processoccurring within 430ps. On account of the factthat bacteriorhodopsin has a series of uniquephotoelectrical and optical properties such asdifferential responsivity to light intensity,high spatial resolution,high photosensitivity,high cycling,etc.,it has found many impor-tant applications in photoelectrical detection,visual simulation system,artificial neural net-work, nonlinear optics and optical informationrecording and processing. Depended on thetechniques of ultrafast pulse laser,highlytime-resolved spectroscopy and high speedsampling detection,studies on bacteri-orhodopsin′s photocycle,primary photo-iso-merization,excited state dynamics,light-driven proton pump mechanism and other as-pects have been successfully developed withmany significant results.

菌紫质是嗜盐菌紫膜中的一种光能转换蛋白。它具有光致色变和光驱动质子泵功能,其原初光异构化过程极其迅速,可在430fs内完成。由于菌紫质具有一系列独特的光电和光学特性,如对光强的微分响应,高的空间分辨率,高的光灵敏度,高循环次数等,使得它在光电探测,仿视觉系统,人工神经网络,非线性光学及光学信息记录和处理方面有很多重要应用。利用超短脉冲激光技术,高时间分辨光谱学技术及高速取样探测技术,对菌紫质的光循环,原初光异构化,激发态动力学,质子泵机制等方面的研究已取得了许多有意义的结果。

According to the arrangement made by the Preparation Commission of UNSeabed Administration,China Ocean Mineral Resource Research and Development Associ-ation has decided the exploration task of nodule abundance with 75000 km ̄2 seabed miningarea will be finished at the end of this century. On conditions that time is pressing and thetask is heavy ,a rapid accurate and practicable exploration method must be found to hit theexpected target. Thereby, based on the practice in the twice ocean exploration, the authorgives...

According to the arrangement made by the Preparation Commission of UNSeabed Administration,China Ocean Mineral Resource Research and Development Associ-ation has decided the exploration task of nodule abundance with 75000 km ̄2 seabed miningarea will be finished at the end of this century. On conditions that time is pressing and thetask is heavy ,a rapid accurate and practicable exploration method must be found to hit theexpected target. Thereby, based on the practice in the twice ocean exploration, the authorgives the viewpoints that which exploration method should be used. He considers that themultiple frequency detection should be taken as the main while making the sampling detec-tion subsidiary, and the testing data must be processed and analyzed scientifically. In thisway, a comprehensive and objective assessment of nodeule abundance in seabed miningarea can be made.

根据联合国海底管理局筹委会布置,我国大洋协会决定到本世纪末要完成7.5万km ̄2海底开发区的结核丰度探测任务。在时间紧迫、任务繁重的情况下,必须寻求快速、准确并切实可行的探测方法,方能实现预期目的。为此,笔者积两次出海勘探之所见和实践,对于应采取何种深测方法提出了见解。认为,应以多频探测为主,以取样探测为辅,并对测试数据进行科学处理与分析,这样才能对矿区结核丰度作出综合的客观评价。

 
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