介绍了一种基于红外成像、序列图像处理和三维运动分析技术的对机动目标的红外单站被动定位新算法。
A new algorithm for infrared mono-station passive location for a mobile target is presented based on infrared imaging, series images processing and three dimensional movement analysis.
区域频率分析能充分利用相似流域组的资料来扩充信息量，克服单站样本系列资料短缺的局限，解决无资料地区设计洪水的估算问题。
Regional flood frequency analysis is a useful approach method that avoids the shortness of at-site sample series and estimates design flood for un-gauged area.
另外，根据大风前期吐鲁番单站天文动力结构特征分析，也解释和印证了这场翻山大风的内在动力机制。
In addition, according to the astronomical dynamical structure characteristic of single Tulufan station, the dynamical mechanism of the cross over mountain gale was explained.
系统地介绍了国内外近年来在无源定位技术中单站和多站定位的各种方法和定位算法，并对其特点进行了分析。
All kinds of methods and algorithms of single station and multi-station location in passive location technologies are systematically introduced, and their characteristics are analyzed in this paper.
对单站无源定位技术的基本工作原理及其定位精度进行了分析。
This paper analyzed the basic work principle of single observer passive location technology, and it also analyzed the location accuracy.
在分析注水系统节能优化与注水站单站节能优化关系的基础上，提出了将注水系统优化控制简化为单站局部优化控制的构想。
Analyze the relation of the water flooding system and the water flooding station; present a design of simplifying the water flooding system control to water flooding equipment control.
利用子域基和物理模式基两种不同基函数下的矩量法对平面波照射下的理想细导电圆柱的单站RCS进行了计算和分析。
The article calculates the perfectly conducting thin cylinder RCS in incidence of TM plane wave by using the two different basis MOM.
其特点是能对所有GPS站的位移参数及其精确度进行估计和检验，这与通常的单站变形分析方法不同。
The method is different from the one by a single station, and has the characteristics of the displacement parameters and accuracy estimated and tested for all GPS stations.
采用新的思路推导了一种TOA测量方程的线性化方程，分析了测量TOA和DOA单站无源定位的可观测条件。
A linearization equation is deduced through a new idea, and the observability (conditions) (of) (SOPLAT) using TOA and DOA measurements are obtained.
采用新的思路推导了一种TOA测量方程的线性化方程，分析了测量TOA和DOA单站无源定位的可观测条件。
A linearization equation is deduced through a new idea, and the observability (conditions) (of) (SOPLAT) using TOA and DOA measurements are obtained.
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