1) Interferential Source
干扰光
1.
Design of the System of Sending Interferential Source of Airborne Photoelectric Counterwork;
机载光电对抗干扰光发射系统设计
2) spectral interference
光谱干扰
1.
Determination of Trace Rare Earth Impurities in High Purity Metallic Praseodymium by Inductively Coupled Plasma Atomic Emission Spectrometry and Correction of Spectral Interferences;
高纯金属镨中痕量稀土杂质的电感耦合等离子体原子发射光谱分析及光谱干扰的校正
2.
A new method had been developed to eleminate the spectral interference with spectral interference coefficients and non-spectral interference with concentration interference factors of Tb matrix.
应用ICP-AES摄谱法考察了稀土铽对其它共存稀土杂质元素的干扰效应,并采用光谱干扰系数校正法和浓度干扰因子联合校正技术有效地校正了铽基体效应。
3.
Spectral interference of matrix elements are also analyzed.
论述了ICP—AES法及测定污泥中重金属Zn、Cu、Mn、Ni、Co、Pb六种元素的分析方法,分析了基体元素的光谱干扰。
3) electro-optical jamming
光电干扰
1.
Influence of electro-optical jamming on attack effect of laser-guided bombs;
光电干扰对激光制导炸弹攻击效果的影响分析
2.
A method for evaluating the effectiveness of electro-optical jamming device on laser rangefinder was proposed in this paper.
研究了光电干扰设备对激光测距机干扰效果的评估方法。
3.
The paper is devoted to a systematic study on the methods for evaluating and testing the jamming effectiveness of electro-optical jamming devices on electro-optical guided weapons.
研究了光电干扰设备对光电制导系统干扰效果的评估方法,针对3种不同的干扰试验方法分别提出了相应的干扰效果评估准则。
4) solar interference
阳光干扰
1.
The causes to solar interference and counter measures are analyzed.
阐述了目前红外线轴温探测角度的优缺点,分析了阳光干扰产生的原因及对策。
5) laser interference
激光干扰
1.
The technique of laser interference is important f or resisting laser-guided weapons and self-defending.
激光干扰是对抗激光制导武器,保卫己方目标的重要方式,是利用各种无源或有源设备,对各种敌方军用光电装备实施扰乱、欺骗和压制的技术。
6) laser jamming
激光干扰
1.
)are obtained, the temperature effect is studied qualitatively and the countermeasure against laser jamming is discussed .
根据ＭＯＳ器件的基本工作原理推导出了电荷耦合器（ＣＣＤ）的输入输出函数关系的解析解，并在此基础上求得了ＣＣＤ的各光电特性（如响应度、串音阈值等），定性地分析了ＣＣＤ的温度效应，讨论了激光干扰ＣＣＤ的对抗措施。
2.
To effectively implement laser jamming,the effects on four-quadrant laser guiding detector of high power laser needs to be determined.
为了有效地实施激光干扰,需要确定高能激光对四象限制导器件的影响。
补充资料：摆放式干扰机(见通信干扰设备)
摆放式干扰机(见通信干扰设备)
hand-emplaced jammer
baifongshi gQnraoii摆放式干扰机(hand一emplaeed jam;ner)见通信干扰设备。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条