1) detection range
探测范围
1.
Based on analysis of single/bi base radar detection range, this paper discusses radar detection range for different height, plots it s figure to a sort of representative target, and shows its applicable prospects in the field of radar netting and stealth or anti-stealth and jamming or anti jamming etc.
根据对单/双基地雷达探测范围的分析,对不同高度下雷达探测范围进行了讨论,通过绘制雷达对某一典型目标的探测范围图形,指出它在雷达组网、隐身/反隐身、干扰/抗干扰等方面的应用前景。
2.
The detection range of the near space bistatic radar to F-117A is simulated,based on the gridding analysis method.
为满足防空系统对抗隐身目标的需求,提出了一种兼备收发分置体制和临近空间优势的新的探测隐身目标的方式,采用新的网格剖分法对临近空间双基地雷达对典型隐身目标F-117A的探测范围进行了计算和仿真;同时在相同性能条件下与单站雷达、地基双基地雷达的探测范围进行了比较,验证了临近空间双基地雷达对抗隐身目标的有效性。
2) detectable area
探测范围
1.
Bistatic sonar,which inherits the merits of active and passive monostatic sonars to some extent,has the advantage of extending detectable area.
双基地声纳在一定程度上综合了单基地主动和被动声纳的优点,具有扩大探测范围的优势,但并不能够在全方位上都获得探测距离优势,在某些方位上甚至不如等效单基地声纳。
2.
Bistatic sonar can expand the detectable area to the some extend.
收、发基地分置可以在一定程度上增大声纳的可探测范围,但由于双基地声纳面临较强的前向散射和侧向散射的影响,在基线延长线附近方位范围内其混响干扰强于单基地声纳。
3.
" The signal-to-interference at receiver was determined and the detectable area for the different bistatic configuration may be examine.
为了讨论混响对双基地声呐探测范围的影响,利用经验证的三维散射模型,讨论在不同入射、散射掠射角和散射方位角约束下的海底散射强度分布。
3) RangFinder
范围探测器
4) plane coverage
平面探测范围
1.
On the basis of analyzing the available methods,a method of drawing radar plane coverage based on MapX was presented.
为了更精确、有效、快速地生成雷达探测范围图,在分析现有雷达平面探测范围绘制方法的基础上,依据通视分析原理,提出了一种基于MapX的雷达平面探测范围绘制方法。
6) Radar detection range
雷达探测范围
1.
Based on the relationship between GPS occultation data and the calculating formula of radar detection range,the author expounds the logicality and feasibility of this method in principle.
主要研究利用GPS掩星观测得到的大气垂直折射率分布梯度来计算考虑大气折射情况下的地球等效半径,从而根据雷达探测距离公式对雷达探测范围进行预计。
2.
How to integrate the representation of the radar detection range and the that of the virtual battle field, how to represent the performance of the radar in the virtual battle field, and how to represent the electromagnetic situations in the virtual ba.
随着虚拟现实技术在军事训练和作战指挥上的广泛应用，虚拟战场环境的研究和实现，雷达作为现代战争中极其重要的作战单元，将雷达探测范围表现和虚拟战场环境表现结合起来，在虚拟战场环境中表现雷达探测性能，在虚拟战场环境中表现敌我双方的电磁态势，都是当前实现电磁信息可视化的必然要求和发展趋势。
补充资料：核爆炸地震波探测(见核爆炸探测)
核爆炸地震波探测(见核爆炸探测)
nuclear explosion seismic detection
hebaozho dizhenbo tanee核爆炸地震波探测(nuclear explos，onseismie detecuon)见核爆炸探汉，l。
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