phased array
英 [feɪzd əˈreɪ]
美 [feɪzd əˈreɪ]
网络 相控阵; 相位阵列; 相控阵列; 相控阵天线; 相控天线阵
双语例句
- Equipted with it, phased array radar could have Adaptive beam, lower Side-lobe beam and beam scanning.
相控阵天线通过它可以实现自适应波束、低旁瓣波束，并通过对移相器、衰减器的控制实现波束扫描。 - On multi-target tracking theory and data association algorithm in phased array radar;
借鉴雷达的多目标跟踪理论，提出了一种灰度序列图像的多目标跟踪算法。 - Extensive research regarding the basic principle of the six-bit digital phase shifter used in phased array Radar is carried out in this paper.
对应用于相控阵雷达中的六位数字移相器的工作原理进行了深入的研究、并详细地介绍了它的设计方法和测试结果。 - The phased array antenna is one of the important equipments in the field of current interference equipments research.
相控阵天线是当前干扰设备研究领域的重要设备之一。 - The hybrid genetic algorithm with heuristic rules is presented for optimal scheduling of phased array radar.
针对相控阵雷达最优化调度，提出了结合启发式规则的混合遗传算法实现。 - Optically controlled microwave phased array antenna PALC is a mixture of AMLCD and plasma.
光控微波相控阵天线PALC是有源矩阵液晶和等离子体的结合。 - The true time delay technology for optically phased array radar using the delay characteristics of optical fiber is presented.
着重介绍了利用光纤的延迟特性实现光控相控阵雷达的实时延迟技术。 - The simulator of airborne phased array radar can be used to train the radar operator on ground.
机载相控阵雷达模拟器可实现操作员在地面训练空中科目。 - A novel beam steering system of a conformal cone-borne phased array is presented here.
本文提出了一种新的锥体共形相控阵波束控制方式。 - A new solid-state active weighted phased array radar transmitter is introduced.
介绍了一种新型的全固态幅度加权相控阵雷达发射机。 - A Study on Structural Design of Millimeter-Wave Phased Array Radar
毫米波相控阵雷达关键技术结构设计研究 - Study of Dimension-reduced STAP for Airborne Phased Array Radar
机载相控阵雷达降维STAP方法研究 - Ultrasonic phased array testing is a new technology with fine prospect in non-destructive testing.
超声相控阵探测技术是在工业无损检测领域具有良好应用前景的新技术。 - The law of2D scanning beam-pointing drift wideband working plane phased array is revealed in this paper.
揭示了平面相控阵天线宽带工作时，两维扫描波束指向漂移的规律。 - Design and Application of a Millimeter Wave Active Phased Array Radar Beam Steering System
毫米波有源相控阵雷达波束控制系统的设计与应用 - Potential application of WBG semiconductor devices in active phased array radar are discussed in this paper as well.
宽禁带半导体器件在有源相控阵雷达中的潜在应用在文中也进行了讨论。 - Chapter 2 discusses digital beamforming ( DBF) of phased array radar and the amplitude and phase errors.
第二章介绍了相控阵雷达的数字波束形成，并对接收机的幅相误差进行了分析。 - Some New requirements for active phased array radar and T/ R modules are discussed in this paper.
讨论对有源相控阵雷达和T／R组件的一些新要求。 - This paper present a DBF system which can realize the request of multi-mode working state of phased array radar.
本文介绍的数字波束形成系统充分利用现有的硬件技术，实现了雷达在多种工作模式下的波束实现及控制要求。 - Research on Satellite Digital Multi-Beam Phased Array Antenna Key Techniques
星载数字多波束相控阵天线若干关键技术研究 - Analysis and Comparison of Millimeter Wave Phased Array Antenna Element
毫米波相控阵天线单元的分析与比较 - Design and Implementation of Motion Compensation System of Phased Array Airborne SAR Based on DSP and FPGA
基于DSP和FPGA的相控阵机载SAR运动补偿系统的实现 - The ship mounts numerous small arrays around the hull and work similar to phased array systems and can perform both the roles of tracking and fire control.
该船安装了许多小型阵列在船体和工作类似的相控阵系统和可以执行的作用，既跟踪和火力控制。 - Physical mechanism of the Scan blindness occurrence in microstrip phased array is analyzed deeply, and its influence on scanning performance of phased microstrip array is also discussed.
对微带相控阵天线中扫描盲点出现的物理机制进行了深入的分析，并讨论了其对微带相控阵扫描特性的影响。 - The digital beamforming ( DBF) of the phased array antenna is a key technology of the smart antenna.
阵列天线的数字多波束形成技术是智能天线中的一项重要技术。 - Design of active phased array antenna in wind profiling radar
风廓线雷达有源相控阵天线的设计与实现 - Development and Design of Phased Array Antenna Near-field Measurement System
相控阵雷达天线近场测试系统发展与研制 - Sampling period is one of the pivotal parameters of phased array radar resources management.
采样周期是相控阵雷达资源调度的关键参数之一。 - High-precision ultrasonic transmission phase delay is the key technology in phased array ultrasonic beams.
相控阵超声发射波束形成中的关键环节是对各阵元的发射相位延时进行精确控制。 - Lowcost, higher frequency and scalability are the main impetuses tot he development of phased array antennas integration technology.
低成本、更高频段与可扩展是推动相控阵天线集成技术发展的主要动力。