青年中文青年中文

synthetic aperture imaging的意思

synthetic aperture imaging中文翻譯:

合成孔徑成像

相似詞語短語

synthetic aperture───綜合孔徑;合成孔徑

synthetic───n.合成物;adj.綜合的;合成的,人造的

aperture───n.孔,穴;(照相機,望遠鏡等的)光圈,孔徑;縫隙

imaging───v.想像(image的ing形式);畫…的像;n.成像

aperture value───光圈值

synthetic metals───燒結金屬;合成金屬

devolve imaging───轉移成像

synthetic division───[數]綜合除法

foveated imaging───中心凹成像

雙語使用場景

image quality evaluation for diffraction-limited optical synthetic aperture imaging system is analyzed with two-point resolution and optical transmission function (OTF).───物鏡的像質評價的幾種方法,做了比較;設計了測量照相物鏡光學傳遞函數的光路系統并進行實際測量。

synthetic aperture imaging algorithm is one of the key of the synthetic aperture radar technique, and the range-doppler algorithm is the most classical and common algorithm.───合成孔徑成像算法是合成孔徑雷達技術中的關鍵技術之一,距離多普勒算法是成像算法中最經典最常用的算法。

imaging is usually used to improve azimuth resolution.───像是一種常用的改善方位分辨率的方法。

This method estimates the velocity using the image gray variance after synthetic aperture imaging with various velocities.───該方法通過波速掃描和成像處理,利用目標圖像灰度方差進行波速估計。

Computer simulation and experimental verification for optical synthetic aperture imaging technology───光學合成孔徑成像技術計算機仿真與實驗驗證

An Effective Method for Realizing Fast Synthetic Aperture Imaging of Shallow Subsurface Ground Penetrating Radar───實現淺地層探地雷達快速合成孔徑成像的一種有效方法

Comparison of Regularized Inversion Methods in Synthetic Aperture Imaging Radiometry───在人造孔成像輻射線測定里有規則的倒置方法的比較

Research on Forward-Looking Ground Penetrating Radar Synthetic Aperture Imaging───前視探地雷達合成孔徑成像方法的研究

A Resolving Matrix Approach for Synthetic Aperture Imaging Radiometers───一個合成孔圖象輻射計的分辯矩陣方法

英語使用場景

Then the computer simulation of the point spread function and optical transfer function are done for the optical synthetic aperture imaging system.

Synthetic aperture imaging is usually used to improve azimuth resolution.

The focused synthetic aperture imaging processing is the available method to improve the azimuth resolution, but the operational quantity is so large that it could not accomplish in real time.