A basic scheme for detecting subsurface targets with em pulse of nanoseconds and an especially developed travelling-wave antenna of high quality are described.
本文描述了纳秒电磁脉冲在探测地下目标中的基本方案；研制了一种高质量行波天线。
It firstly brings forward the function and the technical targets of the instrument; then made it clear of the difficulties of the design; at last is the whole scheme.
在明确了所需研制的轨道测试仪的功能要求及技术指标，以及测试原理的实现方案设计和设计需解决的主要技术问题的基础上，最后提出轨道动态测试仪的总体设计方案。
This paper expounds the targets of GCS, and based on the procedures of the modularization, introduces the design scheme of GCS.
阐述了校园网综合布线系统的目标，按照模块化的步骤介绍了综合布线系统的设计方法。
Some key problems on computing the RCS of large and complex targets are investigated, and the RCS of complex targets such as airplanes and ships is calculated with this scheme.
对电大尺寸复杂目标RCS计算的关键技术进行了研究，并对飞机和舰船等复杂目标的RCS进行了理论计算和分析。
Experiments showed that the clutter could be suppressed and the signal of targets enhanced at the same time by the proposed detection scheme.
实验表明，该方法能有效地抑制杂波，并同时增强小目标的信号。
To the above design work, this article discussed about this idea of design, analysis related theory of scheme, implemented related test and verification, the results reached planed targets.
对于上述研究工作，本文论述了方案的设计思想，分析了方案所涉及的理论问题，进行了相应的测试和实施，结果达到预定目标。
A scheme employing a lens array and the technique of smoothing by spectral dispersion is presented for uniform irradiation on targets in inertial confinement fusion.
提出将空间域的透镜列阵法和时间域的光谱色散平滑法结合起来实现靶面的均匀辐照。
The scheme shows that control system is reliable through practical running in the process of production and technology parameters reach design targets.
该方案通过实际调试与生产运行，证明控制系统运行可靠，工艺参数的控制指标达到了设计方案要求。
A novel scheme of target enhancement in high-resolution polarimetric SAR imagery is proposed in this paper, which is based on the targets polarization orientation Angle feature.
针对高分辨极化SAR目标增强问题，提出一种利用极化方位角特征的增强方法。
A novel scheme of target enhancement in high-resolution polarimetric SAR imagery is proposed in this paper, which is based on the targets polarization orientation Angle feature.
针对高分辨极化SAR目标增强问题，提出一种利用极化方位角特征的增强方法。
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