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weapon
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  “weapon”译为未确定词的双语例句
    Development of Infrared Imaging Technology for Guided Weapon
    红外成像制导技术的发展
短句来源
    A Real-Time Image Enhancement Algorithm for Un-Cooled Light Thermal Weapon Sight
    非致冷红外枪瞄实时图像增强算法研究
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    Optical Path Analysis and Design of LLL Weapon Sight Measurement System
    微光夜视瞄准镜检测系统光路分析与设计
短句来源
    Dual 2×46 CCD IR signal processors are mainly used to preprocess the signal of 8×2 element HgCdTe IR detectors. In theory, they can make the signal to noise ratio increase 2 1/2 times so as to attain a new stage for weapon capability.
    双 2× 4 6CCD红外信号处理器主要用于 8× 2元HgCdTe红外探测器的信号预处理 ,理论上它能使系统的信噪比提高 2 1/ 2 倍。
短句来源
    The Design of the New Intelligentized Photoelectricity Fire Control System of the Light Weapon
    轻武器新型智能光电火控系统设计
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  weapon
An example of determining the working points for a chemical weapon destruction plant was presented.
      
Impact of chemical weapon destruction on the structure of lake zoohydrobiont community
      
Community structure of zoohydrobionts in the lake affected by chemical weapon destruction was studied for the first time.
      
The worldwide fallout of caesium-137 (137Cs) associated with the nuclear weapon tests during the 1950s and 1960s has provided a valuable man-made tracer for studies of soil erosion and sediment delivery.
      
Suicide bombing attacks have emerged as a lethal weapon in the hands of terrorist groups.
      
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With the advance of nuclear weapons spacebornes, nuclear propulsion systems and nuclear reactors, the problem of radiation environment becomes more and more important during the last 20 years. Since the electronic devices and systems are quite sensitive to nuclear radiation, they must be well designed and hardened in order to operate and survive in space and near the nuclear reactor or the explosion of a nuclear weapon. So the antinuclear radiation electronics have been formed and developed into...

With the advance of nuclear weapons spacebornes, nuclear propulsion systems and nuclear reactors, the problem of radiation environment becomes more and more important during the last 20 years. Since the electronic devices and systems are quite sensitive to nuclear radiation, they must be well designed and hardened in order to operate and survive in space and near the nuclear reactor or the explosion of a nuclear weapon. So the antinuclear radiation electronics have been formed and developed into a new branch of electronics. An outline of so called antinuclear radiation electronics would include three major categories: (1) radiation effects (to make radiation tests and to evaluate the survivabilily); (2) damage mechanism (to study the damage mechanism and to determine the failure modes); (3) nuclear hardening (to make the hardening design and fabrication techniques). An overview of the new speciality is presented in this paper.

本文扼要地介绍抗核辐射电子学这门新兴学科的主要内容及涉及的主要技术和理论问题,并概述了目前的发展状况。

This paper describes the inherent features, military significance and development of millimeter-wave and submillimeter-wave systems, and discusses their possible military applications including target acquisition, communications, guided weapons, beam weapons, navigations, fire control and electronic warfare. In view of recent progresses and various development plans, the author predicts that millimeter-wave and submillimeter-wave systems would become important electronic threats in 1990's. In addition,...

This paper describes the inherent features, military significance and development of millimeter-wave and submillimeter-wave systems, and discusses their possible military applications including target acquisition, communications, guided weapons, beam weapons, navigations, fire control and electronic warfare. In view of recent progresses and various development plans, the author predicts that millimeter-wave and submillimeter-wave systems would become important electronic threats in 1990's. In addition, trends of millimeter-wave and submillimeter-wave techniques are presented in this paper.

本文叙述了毫米波和亚毫米波系统的固有特点、军事价值和发展情况.讨论了毫米波和亚毫米波技术可能的军事应用,包括:目标捕获、通信、制导武器、波束武器、导航、火控和电子战.鉴于目前进展和各项发展计划,作者认为,毫米波和亚毫米波系统在九十年代将形成重大电子威胁.本文最后讨论了毫米波和亚毫米波技术的发展趋势.

Characteristics of laser weapons in short range defense systems are

现役近程舰炮和导弹两种舰载硬防御系统难以应付反舰导弹的攻击。而激光武器具有飞速极快、命中精度高、毁伤率大,机动性强、能抗饱和攻击、发射费用低和后勤保障简便等特点,是能真正拦截反舰导弹的舰载近防的理想武器。本文还介绍了国外战术激光武器概况,提出了舰载激光武器的几点设想。

 
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