imaging radar system 中文意思是什麼
imaging radar system
解釋
成象雷達系統-
These conclusions are important for choosing suitable radar system parameters such as center frequency, resolution and imaging squint angle in engineering design
這些結論對工程設計牛選擇合適的工作參數，如載頻、解析度、成像斜角等具有較為重要的參考價值。 -
In the bistatic sar system there are several technical problems, which affect the radar imaging, such as complicated geometrical and signal models, phase errors caused by motion errors and attitude errors, and motion compensation etc. this dissertation gives empathies on these technical problems analysis. 1
但是，收發分置的特點同時也帶來了新的技術問題:如空間幾何布局靈活多樣;回波形式更加復雜;由更為復雜的運動誤差和姿態誤差引起的相位誤差問題;以及相關的運動補償問題等。 -
Synthetic aperture radar work making use of microwave and it is coherent - imaging system. synthetic aperture radar is little affected by atmospheric condi - tions. it also allows night imaging. so it playes a more and more important role in both civil and military areas
合成孔徑雷達（ sar ）是一種工作在微波波段的相干成像雷達，由於其全天候和強透射性等特點，在軍事和民用方面顯示出巨大的發展潛力和廣泛的應用前景。 -
Synthetic aperture radar ( sar ) is an active microwave remote sensing imaging system, which is widely used in earth observation and military detection due to its quality of working all day, all weather and its penetration ability in certain frequency band
合成孔徑雷達（ sar ）是一種主動式成像雷達，由於它具有全天時、全天候的監測特性，並且在一定波段對植被、淺層土壤具有穿透能力，因此被廣泛應用於農林、地質、水文、海洋與環境監測、國防等領域。 -
The imaging algorithm provides a new choice for wide band imaging. according to the sar radar performance such as resolution, the choice and requirement for radar system parameters are discussed in the chapter 4. specially the precision requirement of velocity, acceleration, and the roll, pitch angle and altitude of radar carrier provided by ins is deduced in detail
本文第四章從合成孔徑雷達所需要的解析度等設計指標出發，具體分析了合成孔徑雷達的主要設計參數的選擇與要求，特別對慣導系統提供的速度、加速度、姿態角和載機高度等測量精度要求進行了詳盡的分析。 -
Bistatic synthetic aperture radar ( bistatic sar ) is a new system of imaging radar
雙站合成孔徑雷達（簡稱雙站sar ）是一種新的成像雷達體制。 -
The article introduced technical advantages of infrared imaging detection technology in martial filed, analysed target detection principium of radar / infrared synthesis detection system, and wrote out the methods and processes how to calculate target detection probability of synthesis detection system at the condition of oppressive jamming
摘要簡要介紹紅外成像探測技術在軍事應用領域的技術優勢及其目標探測特性，分析了雷達與紅外成像探測器融合的綜合探測系統的目標探測原理，給出了實際計算該雷達紅外綜合探測系統的目標探測概率的方法和步驟，並舉例計算分析了壓制性干擾情況下綜合探測系統的抗干擾能力。
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