- 更多网络例句与惯性测量装置相关的网络例句 [注：此内容来源于网络，仅供参考]
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Detailed contents are given as follows:(1)In views of the x-ray laser target chamber on the SG-II high-power laser facility and the experimentally physical demands, the key influencing factors, such as the elliptical eccentricity and the spectral detection angle, on the angular dispersion, the spectral resolution,and the photometric parameter were studied by the elliptical self-focusing geometric principle. In order to increase the spectral and spatial resolution, using ray tracing code and optical path function, optimization calculation was carried out for an elliptical crystal spectrometer.
进一步以此为核心开发出了一种新型的X射线测量与诊断系统，取得了一些新的科研成果，可为王王淦淦昌昌院士、王大珩院士二老倡导研制成的用于国防科研、激光惯性约束聚变、强激光与物质相互作用、X射线激光等物理研究的大型钕玻璃高功率"神光II"激光装置上的物理实验提供更有效的诊断X射线谱手段，扩充了其应用范围，也对激光等离子体辐射keV以上能区段的X光发射和吸收的原子物理过程与机制、占据动力学、谱形态结构等方面做了深入一步的理论和实验研究。
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In order to eliminate integration drift in 3-phase alternating large current measurement apparatus, the substitution of inertia link (approximate integration circuit) for the integration circuit is proposed by our Research Group.
为了解决三相交流大电流测量装置中的"积分漂移"问题，我们科研组采用惯性环节取代积分电路。
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First, the ICF and the fast ignition are introduced simply. Secondly the basic concepts and theories for laser-plasma interaction are expatiated, then the recent research status, the generation mechanisms of spontaneous magnetic field during the interaction of laser-plasma are described in detail. Finally the introduction is focused on the experiment setup and results of spontaneous magnetic field on 20TW laser facility in China Academy of Engineering Physics Key Laboratory.
论文简单介绍了惯性约束聚变和快点火的概念，阐述了激光等离子体相互作用相关的基本概念和基础理论，比较全面地阐述了激光与等离子体相互作用中自生磁场的研究现状、产生机制，并详细介绍了在高温高密度国家重点实验室20TW超短超强激光装置上利用高次谐波伴线结构法取得的自生磁场测量结果。
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In the design process, the operating environment and actual requirements of train positioning were considered, and the altitude, vertical velocity and partial attitude angles of the train were ignored.
针对我国当前列车定位技术中存在的不足，并结合列车定位的使用环境和实际需要，忽略列车的海拔高度、天向速度和部分姿态角信息，对传统惯性导航系统进行了简化设计，提出了一种低成本的简易惯性测量装置。
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Using gyroscope and GPS as the carriage and track of the bodywork sensor, an embedded circuit is designed to sample and transmitted and save the carriage and track of the bodywork signal. The carriage and track of the bodywork instrument is constructed of embedded circuit, which could achieve direct measurement of.
在确定以捷联惯性测量系统和GPS联合测量车身姿态与轨迹的方案后，设计了一种车身姿态与轨迹的测量装置，采用嵌入式测量电路进行信号采集、处理与存储，从而实现对车身姿态与轨迹的直接测量。
- 更多网络解释与惯性测量装置相关的网络解释 [注：此内容来源于网络，仅供参考]
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IMU：abbr. inertial measuring units; 惯性测量装置
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inertial motion：惯性运动
inertial measurement unit 惯性测量装置 | inertial motion 惯性运动 | inertial navigation and guidance 惯导与制导惯性导航与制导
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inertial guidance：惯性制导
惯性制导(inertial guidance)是利用陀螺仪和加速度表组成的惯性测量装置测量导弹的运动参数,控制其按预定路线飞行的一种制导方式. 整个制导系统由惯性测量装置、计算机和执行机构等组成. 惯性测量装置测出导弹运动参数的变化,
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inertial guidance system：惯性制导系统
(邓方林)惯性制导系统(inertial guidance system) 利用惯性器件测量和确定导弹(或运载火箭)运动参数的自主式制导系统. 由惯性测量装置(陀螺仅和加速度计)、计算机和姿态控制系统等组成. 全部装置都装在载体上. 按惯性测量装置在载体上的安装关系,