我的老师编排了一个关于太空探测的单元，它真正激发了我的兴趣。
My teacher organized a unit on space exploration that really sparked my interest.
激发极化法的探测深度可达数千米深。
The IP method can probe to subsurface depths of thousands of meters.
利用振动波传播具有的许多独特性质，可以在锚杆表面人工激发应力波来探测锚杆体系内部的结构和性质，以此来判断锚杆的锚固状态。
Utilizing the acoustic wave's characteristics, we can detect the interior structure and quality of the anchor system and, judge the anchorage state by beating the anchor bar's top with a hammer.
由于科学技术的进步，振动基态的一些其他水脉泽，振动激发态的一些发射线与吸收线已变得可以探测。
The other water masers of vibrational ground state and the emissions and absorptions of vibrational excitation states became detectable due to the advance of science and technology.
实践证明，为减小旁侧影响，避免其它电磁信号干挠，合理选择激发方式、激发位置对探测效果影响很大。
Practice demonstrated to reduce lateral influence avoid other electromagnetic signal disturbance rationally select inducing mode and position have prodigious influence on detection effects.
针对声波测井薄层探测的需要，用半解析方法求解了地层为水平多层介质时柱状井孔内脉冲点源激发的声场。
The acoustic wave field excited by a pulsed point source in a fluid-felled borehole surrounded by horizontal multiple-layered media is solved by the send-analytical method.
通过固定激发源与探测源的位置，并沿垂直于楔尖方向扫描样品，可以观察到楔形波的模态转变过程。
Mode transformation is determined by fixing the distance between the excitation and detection position, as well as by scanning the samples along the normal direction of the wedge tip.
论述激发光源、干涉滤光片、传输光纤、光探测器的原理及特性。
The principle and characteristic of excited light source, interference optical filter, transmission optical fiber and optical detector are discussed.
介绍采用双光子激发荧光方法进行单分子探测的原理和自行研制的实验装置，激发光聚焦和荧光收集采用共焦方式。
We report here briefly the principle and the device of our single-molecule detection spectrometer based on two-photon excited fluorescence.
由超声分子束产生的多原子范德瓦尔斯分子的光谱可以通过红外半导体激光光谱仪进行探测，从而对处于基态和激发态的分子势能进行分析。
Diode laser spectroscopy of van der Waals polyatoms produced in supersonic beams is a source of information on the ground-and excited-state intermolecular potentials.
投入激发极化法探测，选用合理的装置，可以准确地圈定矿化体的空间展布。
The spacial distribution of mineralization can be precisely outlined by IP prospecting method with appropriate equipment as there are high content of metallic sulfides in the ores.
研究了不同波长的双光子激发对成像效果的影响，优化了荧光激发与探测光路，开发并完善了三维图像的恢复重建和数据分析软件。
Studied on wavelength impacts on multi-photon excitation and optimized and fixed the optical design, compiled softwares for 3D construction and data analysis.
研究了不同波长的双光子激发对成像效果的影响，优化了荧光激发与探测光路，开发并完善了三维图像的恢复重建和数据分析软件。
Studied on wavelength impacts on multi-photon excitation and optimized and fixed the optical design, compiled softwares for 3D construction and data analysis.
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