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天基测控 Space-based TT&C英语短句 例句大全

时间:2022-06-07 05:18:57

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天基测控 Space-based TT&C英语短句 例句大全

天基测控,Space-based TT&C

1)Space-based TT&C天基测控

1.Space-based TT&C technology is considered as an effective way to solve the problem of resource shortage of ground-based TT&C system for spacecraft.天基测控技术是航天测控系统的发展方向,是弥补地基(陆基+海基)测控系统缺陷、缓解地基测控资源紧张的有效办法。

2.Space-based TT&C Mode(SBTM) is necessary for TT&C of satellites.天基测控模式是航天器测控发展的必然趋势。

英文短句/例句

1.Model Error Estimation Based on Distributing Regression and Its Application Research on Space Based Tracking Telemetry and Command System基于逐步回归的模型误差估计及在天基测控系统中的应用研究

2.Research on the Method of Combine GEO Satellite Determination Based on Space-based Tracking Telemetry and Command Technology基于天基测控的同步轨道卫星联合定轨方法研究

3.Optimization scheduling of spaceflight TT&C resources based on cooperative co-evolution基于协同进化的航天测控资源优化调度

4.A Calibration Method of Phased Array Antenna Based on Power Measurement一种基于功率测量的相控阵天线校准方法

5.Super Real-time Verification of the Spacecraft Up-going Control Messages Based on the TT&C Simulation System基于测控仿真系统的航天器上行控制超实时验证

6.space tracking and data acquisition net work航天测控和数据采集网

7.Trajectory Linearization Control for an Aerospace Vehicle Based on Fuzzy Disturbance Observer基于模糊干扰观测器的空天飞行器轨迹线性化控制

8.Design and Implementation of Spacecraft Overall Checkout Monitoring and Operation Console Software Based on Motif基于Motif的航天器综合测试监控台软件(MOCS)设计与实现

9.regional basic synoptic network区域基本天气观测站网

10.An Automatic Antenna Correction Parameters Measuring System航天测控天线光电标参数自动标定系统

puterized measuring and control complete system for cupola冲天炉微机检测控制成套系统

12.Construction Monitoring and Control of a Special-Shaped Cable-Stayed Pedestrian Bridge;异形斜拉人行天桥的施工监测与控制

13.Research of Resource Allocation and Scheduling in Spaceflight TT&C Network航天测控网资源分配和调度方法研究

14.Monitoring analysis and control of ground pressure in Tianmashan sulphur-gold ore section天马山硫金矿段地压监测分析与控制

15.Design of an Intelligent Fault Diagnosis System for Space TT&C Equipment航天测控设备智能故障诊断系统设计

16.Calculation of celestial body azimuth with compass error by celestial observation based on CAD基于CAD的天测罗经差天体方位计算

17.Design and Measurement of Fiber True Time Delay Line in Optically Controlled Phased Array Antenna光控相控阵天线光纤实时延时线设计与测试

18.Gain measurement and error analysis of Ka-band 9 meter TT&C Station antennaKa频段9米测控站天线增益测量及误差分析

相关短句/例句

Space-based Satellite TT&C Center天基测控中心

1.Analysis of Key Technologies inSpace-based Satellite TT&C Center;航天器天基测控中心关键技术分析

3)Space-based TT&C system天基测控系统

4)TT&C communication network天基测控通信网

1.This paper summarizes the architecture and characteristic, TT&C communication system and its technical specifications of data relay and tracking satellite system(DRTSS) for JapanTT&C communication network, and introduces the recent cooperation situation between Japan and international organizations.本文简要综述了日本天基测控通信网数据中继与跟踪卫星系统 (DRTSS)的体系结构及特性、测控通信系统及其技术性能,并介绍了日本与国际联网合作的近况。

5)space TT&C航天测控

1.The Research of Carrier Synchronization and Signal Demodulation in New Generation Space TT&C System;新一代航天测控系统中载波同步和信号解调的研究

2.The background and technical features of CCSDS standard,current implementation and development of domesticspace TT&C standard,the demand of compatibility with CCSDS in new space missions are introduced.介绍了CCSDS标准的背景、技术特点、我国航天测控标准的现状与趋势,以及新型号任务对兼容CCSDS标准的需求,分析了现有航天测控设备兼容CCSDS标准的技术条件及进一步功能扩展技术要求。

3.This paper discusses the IP development demand ofspace TT&C network and presents coexistence and migration policies of IPv6 and IPv4 related to the migration from IPv4 to IPv6.本文分析了航天测控网的IP发展需求,提出了从IPv4网络到IPv6迁移中涉及的IPv4和IPv6的共存策略和迁移策略。

6)Aerospace TT&C航天测控

1.Essential Problems on the Development of China sAerospace TT&C Equipment;我国航天测控设备发展应把握的主要问题

2.Strategy for Space War Oriented Development ofAerospace TT&C Technology;以空间作战为目标的航天测控发展对策研究

3.This paper studies how to apply the developed technology of disaster tolerance to the aerospace TT&C field,and suggests a remote disaster tolerance scheme for the aerospace TT&C center,including risk analysis,system structure and its actualization.研究如何把目前较成熟的容灾技术应用于航天测控领域,提出1种航天测控中心远程容灾解决方案,包括风险分析、体系结构和方案实施。

延伸阅读

2-甲氧基碳酸基乙基胺基乙基胺基丙基三甲氧基硅烷CAS: 1067-66-9 分子式: C12H28N2O5Si 分子量: 308.45 中文名称: 2-甲氧基碳酸基乙基胺基乙基胺基丙基三甲氧基硅烷 英文名称: [N"-(2-Methoxycarbonylethyl)aminoethylaminopropyl]trimethoxysilane10-diaza-3-silatridecan-13-oic acid, 3,3-dimethoxy-2-oxa- methyl estern-(2-((3-(trimethoxysilyl)propyl)amino)ethyl)-beta-alanin methyl ester methyl 3,3-dimethoxy-2-oxa-7,10-diaza-3-silatridecan-13-oate methyl[2-(3-trimethoxysilylpropylamino)-ethylamino

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