1) radar shelter
雷达方舱
1.
The usage,performance,structure design and performance test of the radar shelter lifter of model ZWZ-2 are described in this paper.
阐述了ＺＷＺ—２型雷达方舱升降机构的用途、性能、结构设计以及性能试验情况，分析比较了国内外同类产品的性能指标，指出了这类产品的特点和不足之处，并提出了改进意
2.
This paper introduces radar shelter and its interior installed devices such as cabinet and display & control console.
介绍了雷达方舱及其内部安装的机柜、显控台等设备情况,提出了显控台优先、操作维修方便、设备一致性、色彩调和、空间利用最大化的方舱布局设计原则,并已在多种方舱布局实践中得到应用。
3.
Based on noise control theory of sound elimination, sound absorption, and active noise control, and focusing on the noise sources in a radar shelter, this paper analyzes in depth the technology of noise reduction for each noise source, including electric power station, air-conditioner and reinforced server.
应用隔声、吸声、有源降噪等噪声控制原理,针对某雷达方舱噪声来源,详细分析了电站、空调以及加固服务器等噪声源的降噪技术。
2) Lidar house
激光雷达方舱
1.
Design of auto-control system of skylight in Lidar house;
激光雷达方舱天窗自动控制系统的设计
3) Radar cabin
雷达舱
1.
Numerical simulation of transient temperature field in the airborne radar cabin;
机载雷达舱瞬态温度场的数值模拟
4) radar shelter lifter of model ZWZ-2
ZWZ-2型雷达方舱升降机构
5) radar equation
雷达方程
1.
Communication equation and radar equation are very important in system design, project argumentation, guideline analysis and efficiency evaluation of electronic warfare.
通信方程与雷达方程在通信与雷达系统设计、总体方案论证、电子对抗指标分析与效能评估等方面发挥着十分重要的作用。
2.
In this paper,the detection coverage range is gained on base of bistatic radar equation by calculating bistatic radar cross section in real time.
从双基地雷达方程出发,通过实时采集探测目标的双站雷达散射截面,计算出了双基地雷达对目标的探测区域,得到了有价值的结论,为双基地雷达用于工程实际提供了理论依据。
3.
Basing on radar equation,radar systmem parameters and detection probability,a radar target detetion range model is constructed.
基于雷达方程、雷达系统参数和检测概率建立了雷达目标检测模型。
补充资料：FOB包括理舱和平舱
%26#8226; FOB Stowed and Trimmed（FOBST，包括理舱和平舱费在内）：卖方负责将货物装入船舱并承担包括理舱费和平舱费在内的装船费用
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