1) multiple-unit correlation detection
多元相关探测
1.
Based on the theory of homogeneous sensor s data fusion, the modified method of the multiple-unit correlation detection is presented, which is that the rule of "K out of N" applied in correlation detector of laser warning receiver.
为了降低虚警概率,激光警戒接收机大多采用多元相关探测技术。
2) multielement interrelated detection technique
多元相关探测技术
1.
The multielement interrelated detection technique is of maximum detection sensitivity and minimum false alarm rate by the correlation function.
多元相关探测技术在具有很好的探测灵敏度的同时,兼顾保证了极低的虚警率。
3) plural relating
多元相关
4) detector array
多元探测器
1.
Two-dimensional pointing mirror as well as detector array is often used in the searching and tracking system.
文中讨论了多元探测器像旋角的计算和对跟踪系统的影响,为软件校正像旋和二维控制实现精确跟踪提供理论参考价值。
2.
This paper discusses a method which can calculate the image rotating angle of different pixel on the detector array.
在采用多元探测器的遥感仪器中,焦平面上所成的像不允许产生像旋,否则会使各个像元所对应的视场无法配准。
5) related diversification
相关多元化
1.
In this paper,we build a model of relation between knowledge management and related diversification company performance.
本文构建了一个跨部门知识管理与相关多元化企业绩效关系的理论模型。
2.
although it is well recognized by researchers and entrepreneurs that related diversification is good to enhance corporate, the meaning and enforcing route of the related diversification strategy is in revolution.
相关多元化是学界和实业界的共识,但是相关多元化的具体含义和发展路径却在持续演变。
6) relevant diversification
相关多元化
1.
The article puts forward the fact that the economics of scope mainly exists in relevant diversification, analyses the embodiment of economics of scope in relevant diversification, summarises the three types of economics of scope, which are namely, the one based on tangible resource, the one based on intangible resource, and the one based on competitors, and proposes the su.
本文根据美国企业多元化发展的历程以及国外学者对多元化的研究,提出范围经济主要存在于相关多元化中,并对相关多元化中范围经济的具体体现作了分析,归纳为基于有形资源的范围经济性、基于无形资源的范围经济性和基于竞争对手的范围经济性三类,并提出了对企业的管理建议。
补充资料：多元红外探测器
由多个单元红外探测器按一定规则排列而成的线列或面阵器件，有时也称为多元阵列器件。多元探测器可由光电导探测器或光伏探测器组成，也可以由热释电型探测器组成，主要用于红外成像系统。利用光刻、离子蚀刻等半导体工艺技术，可在组分均匀、结构完整的单片半导体材料上制成一维线列或二维面阵，或以其他几何方式排列的多元探测器。也可以用镶嵌的方式制成多元探测器。常用的多元探测器的形状有6×8二维面阵、20元竖线列阵和16元横线列阵。采用多元探测器的优点是:①提高成像系统的信噪比。如采用n元探测器线列器件实行并扫，则成像系统的信噪比可比使用单元探测器提高倍；②降低对探测器性能的要求。由于探测器元数增加而扫描一幅图像的时间不变，像元在每个敏感元上的滞留时间可增加到单元器件的n倍,从而使一些响应时间较长的探测器能得到应用；③降低成像系统的扫描速度，简化扫描机构。当多元面阵器件的元数与像元数相等时（即"凝视"器件），成像系统可免去机械扫描机构。
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