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- control laser radar 控制激光雷達
- Space debris detection with space-based avalanched photodiode laser radar[J]. 引用該論文 董吉輝;Jihui Dong;胡企銓;Qiquan Hu.
- Referenced the research of the Tactical Control System(TCS) principle System, the MissionPlanning Technique of Tactical Control System has been studied. 結合無(wú)人機戰術(shù)控制系統原理系統研究,本文對無(wú)人機戰術(shù)控制系統任務(wù)規劃技術(shù)進(jìn)行了研究。
- Laser Radar has a key importance for precision guidance and possesses altitudinal invisibility. 激光雷達具有高度的隱蔽性，在精確制導方面有著(zhù)突出的重要意義。
- The physics meaning for the laser radar cross section (LRCS) is discussed in the paper. 討論了激光雷達散射截面的物理意義；
- The system has some other functions, such as: the control laser putout, pump switch, work mode selection. 本系統還帶有控制激光輸出、氣泵啟停、治療理療選擇等功能。
- To improve the measurement accuracy of laser radar cross section (LRCS), the background scattering existing in the measurement is pointed out. 針對激光雷達散射截面的測量精度，指出測量中存在的背景散射問(wèn)題。
- BdU would exercise close tactical control on the attacking boats until the moment of the actual attack - in which the final procedure was always in the hands of the u-boat captain. 潛艇指揮部將會(huì )密切掌控包圍戰術(shù)，直到攻擊真正開(kāi)始--最后還是需要U艇艇長(cháng)們付諸于行動(dòng)。
- Several problems about the calculation and application of laser radar cross section(LRCS) for targets were investigated. 依據激光測量系統的設計、評價(jià)需要,對目標激光雷達截面(LRCS)的計算方法及應用等有關(guān)問(wèn)題進(jìn)行了研究。
- A novel approach for detecting laser radar target based on multi-fraction dimension (MFD) of laser clutters has been proposed. 文章提出了一種新穎的基于多重分形的激光雷達目標檢測算法。
- The key to freezing the light pulse after imprinting its information into the atoms is lighting the rubidium gas with a pair of control laser beams rather than a single beam. 這種控制能捕捉到光波，足以使它們相互作用。這能改進(jìn)數據處理技術(shù)，從而使光作為信息載體和加快光纖通信速度。該項技術(shù)打開(kāi)了操作單個(gè)一光子的門(mén)徑，在量子計算和通信中，這是一個(gè)有用的特征。
- A longitudinal separation model was developed, based on the use of ADS and key parameters of controller intervention rate, tactical control response, and surveillance accuracy. 分析航線(xiàn)縱向間隔時(shí)首先建立了縱向間 隔模型，該模型是建立在自動(dòng)相關(guān)監視系統的應用及管制員干涉頻率 、戰術(shù)性管制、導航精度的基礎上的。
- The reconstructingprocess of the branch lines of a continuous wave CO2 laser is observedexperimentally with the help of a FMCW laser radar system. 采用外場(chǎng)目標對腔內調頻連續波進(jìn)行時(shí)間延遲,并用相干探測方式獲取信號。
- FRIEDRICHSHAFEN, Germany --- EADS Defence &Security has successfully tested the military version of the HELLAS (helicopter laser radar) obstacle warning system in flight. EADS公司成功地對直升機激光雷達（HELLAS）的障礙物告警系統的軍用型號進(jìn)行了飛行測試。
- Several imaging techniques for the imaging laser radar are outlined,some of the component techniques including laser sources and scanners are presented. 簡(jiǎn)要介紹了成像激光雷達技術(shù)的應用特點(diǎn),闡述了成像激光雷達可采用的幾種成像技術(shù)及部分單元技術(shù)包括激光器和可用的掃描系統技術(shù)。
- Research on Shipborne UAV Tactical Control System 艦載無(wú)人機戰術(shù)控制系統研究
- Air Navigation Tactical Control System 空軍導航戰術(shù)控制系統
- Aircraft Tactical Control System 機載戰術(shù)控制系統
- Heavy Antiaircraft Artillery Tactical Control 重型高射炮戰術(shù)控制
- Infrared light generated by QPM OPO has significant application in infrared military countermeasures,atmospheric environment detection,medicine,spectroscopy,laser radar and remote sensing. 準相位匹配(QPM)OPO產(chǎn)生的紅外波段光在紅外軍事對抗、大氣環(huán)境監測、醫學(xué)、特殊環(huán)境遠距離監控以及光譜學(xué)研究等諸多領(lǐng)域有重要的應用價(jià)值。
