blind-zone

基本解釋

In this thesis, the application of real-time rendering based on GPU in RCS and blind zone of radar has been studied.
本文從計算機(jī)圖形學(xué)的角度出發(fā)，探索性地研究了基于GPU的實時繪制技術(shù)在雷達(dá)散射截面和雷達(dá)遮蔽盲區(qū)實時計算中的應(yīng)用。
In such case, the size of the blind zone directly influences the observation of a raffinate.
在超聲波測量中其發(fā)射強(qiáng)度越大，回聲的時間就越長，也就是說盲區(qū)越大。
The blind zone problem in the wide-swath synt he tic aperture radar (SAR) is usually solved by method of variable pulse repetiti on frequency (PRF).
目前解決合成孔徑雷達(dá)盲區(qū)問題的方法通常是采用可變脈沖重復(fù)頻率來實現(xiàn),然而其變化的PRF會導(dǎo)致非均勻采樣,增大了后續(xù)成像處理的運(yùn)算復(fù)雜度。
It is not possible to recognize the existence of blind zones from seismic data alone.
僅僅根據(jù)地震資料是不可能確認(rèn)隱蔽層存在的。
The study puts forward the precision difference solution to elastic wave equation, using staggered mesh random even rank, and formula for tilted contact surface's refraction blind zones.
研究提出了彈性波方程交錯網(wǎng)格任意偶數(shù)階精度差分解法及傾斜界面地表折射盲區(qū)計算公式。