The main work of this paper is the research of microwave imaging algorithm.
本课题的主要工作为微波成像算法的研究。
This thesis, based on the ISAR, introduces the algorithms of microwave imaging.
本文以ISAR成像为基础，讨论了微波成像算法。
The effects of impedance loading on microwave imaging of radar target are investigated.
本文研究阻抗加载对雷达目标微波成像的影响。
There are many potential advantages in the biomedical applications of microwave imaging.
将微波成像应用于生物医学领域中具有许多潜在应用优势。
An iterative microwave imaging algorithm for metallic cylinders in lossy media was proposed.
探讨了有耗介质中金属散射体断层成像的迭代算法。
This paper discusses a new method for microwave imaging of the human bodys subcutaneous tumor.
本文讨论一种人体皮下肿瘤的微波成像新方法。
Radar-based microwave imaging techniques have been proposed for early stage breast cancer detection.
基于雷达的微波成像技术已经被提出了早期乳腺癌检测。
Microwave imaging has always aroused worldwide attention and plays an essential role in military applications.
微波成像一直是受到广泛重视的研究课题，尤其是在军事应用领域有着十分重要的意义。
The thesis introduces the sidelobe reduction in microwave imaging and some conclusions found by foreign scholar.
本文首先引出了微波成象中的旁瓣抑制问题，介绍了这领域中前人已得到的结论。
The paper is concerned with high resolution microwave imaging of targets rotating in a small azimuth angle range.
本文讨沦了小角度旋转目标成象技术。
The paper studies the near-field microwave imaging with the principles of CT and radar turntable imaging introduced.
本文将CT原理和雷达转台成像原理引入到近场微波成像领域。
The main work of this paper is the research of microwave imaging algorithm, and the imaging of concrete media column.
本课题的主要工作就是对微波成像算法进行研究，实现对自由空间中混凝土介质柱的成像。
Microwave imaging technology-solving the inverse problem makes the internal structure of reinforced concrete observations possible.
微波成像技术—逆问题的求解，使钢筋混凝土内部结构的观察成为可能。
The received channel about spaceborne microwave imaging instrument, a microwave radiometer, is the kernel section of space borne microwave imaging instrument.
星载微波成像仪接收通道即微波辐射计，是星载微波成像仪的核心部分。对其进行仿真研究的关键和基础是信号处理方法。
Spaceborne microwave imaging instrument is an important about acquiring information in technology of satellite remote sensing. Its properties affect directly the satellite system.
星载微波成像仪是卫星遥感技术中获取信息的重要仪器，其性能直接影响整个卫星系统。
In this paper, the microwave imaging for a layered media cylindrical shell has been discussed and investigated. An iterative algorithm based on a source-type integral equation has been presented.
讨论研究了圆柱面分层介质结构的微波成像问题，设计了一种基于源型积分方程的迭代成像算法。
In 2 cases of hepatocellular carcinoma boiloff of the tissue around the antenna was observed by real-time biplane imaging during microwave coagulation.
微波凝固治疗原发性肝癌2例，实时双平面成像观察治疗过程中微波天线周围组织的汽化情况。
The research contents of this thesis include two parts: microwave biomedical imaging and evaluation of lightning electromagnetic effects.
本文包含微波生物医学成像和雷电电磁效应评估两方面的研究内容。
The principles of the microwave radiometric imaging system are discussed.
简述了微波辐射成像系统的工作原理。
Some new technologies such as infrared thermal imaging, laser holography and microwave testing were prospected in the testing of weld crack.
对红外热成像检测、激光全息检测和微波检测新技术在焊接裂纹检测中的应用进行了展望。
Microwave radiometer is the core equipment of passive microwave remote sensing and a powerful tool for ground objects radiation detection, imaging and characteristics recognition.
微波辐射计是无源微波遥感的核心设备，是进行地物背景微波辐射特性探测、成像和判断的主要工具。
In the second place, three kinds of key technology of synthetic aperture microwave radiometric imaging are further studied.
其次，对合成孔径微波辐射成像的三项关键技术进行了深入研究。
As for the choice of the microwave irradiation frequency, the trade-off must be made in order to insure the penetration depth of the microwave signal, imaging contrast and signal-to-noise ratio.
为了同时兼顾穿透深度、成像对比度和信噪比三方面的需要，选择微波辐照频率时应该采取折中选取的原则。
For microwave diffraction imaging, we use the WKB approximation to estimate the total field in the dielectric object.
对于介质目标微波衍射成象，本文引入了WKB近似来模拟目标内部总场。
The global change will be a undoubted target while the microwave remote sensing and the imaging spectrometer will be the representatives of the next generation of remote sensing techniques.
全球变化将成为遥感的重要目标，微波遥感、成像光谱技术等将是下一代遥感技术的主要代表。
On breast cancer detection using near-field microwave under few number of physical detection points is a non-stable state problem because of fewer revising and imaging condition.
在微波近场乳腺癌检测中，回波目标众多，可形成物理探测位置相对较少，缺少反演成像条件，属数学病态问题求解。
Compared to microwave, millimeter-wave has good directivity and its detecting and imaging system can have higher resolution.
与微波相比，毫米波的指向性更好，其探测成像可实现更高的分辨率。
Compared to microwave, millimeter-wave has good directivity and its detecting and imaging system can have higher resolution.
与微波相比，毫米波的指向性更好，其探测成像可实现更高的分辨率。
应用推荐