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TranslationMobile

傳播效果
傳播效應(yīng)

"effect" in Chinese : n. 1.結(jié)果。 2.效能，效果，效力，效應(yīng)，作用，功效 ...
"electromagnetic wave propagation effect" in Chinese : 電磁波傳播效應(yīng)
"propagation" in Chinese : 持續(xù)培養(yǎng); 傳播，宣傳; 傳播；繁殖；生長; 傳波; 第八章繁殖技術(shù); 繁殖 ...
"be of no effect" in Chinese : 無效
"by effect" in Chinese : 附帶現(xiàn)象
"by-effect" in Chinese : 副作用。
"effect" in Chinese : n. 1.結(jié)果。 2.效能，效果，效力，效應(yīng)，作用，功效；影響。 3.感觸， ...
"effect on" in Chinese : 作用,影響
"for effect" in Chinese : 如果你做某事; 為了得到效果; 做樣子, 為了給人良好的印象, 裝門面
"in effect" in Chinese : (實質(zhì)上，實際上）它在句中一般不需要用逗號隔開; 就是，這個法律規(guī)則有效; ...
"no effect" in Chinese : 無效果
"of (no) effect" in Chinese : （無）效
"on effect" in Chinese : 給光效應(yīng); 開效應(yīng)
"s effect" in Chinese : s效應(yīng)
"s-effect" in Chinese : s效應(yīng)

Examples

Effect of the measurement errors of atmospheric parameters on the laser propagation effects
激光傳輸大氣參量測量精度要求的數(shù)值分析
For multicomponent chirp signals with unbalanced amplitudes , an iterative algorithm combined with the paf is proposed to suppress the error propagation effect and residual signal in the peeling - off procedure . the corresponding time - frequency distribution for unbalanced signals is derived
針對多分量強弱信號,引入基于逐次減小誤差的迭代算法,導(dǎo)出了能夠減小強弱信號相互影響的核函數(shù)設(shè)計方法,從而有效抑制誤差傳播和殘余信號。
Considering the stability and continuity of face region , and the error propagation effect due to the high error rate in wireless channels , the intra - refresh method is used . the redundant data is not too much owing to the continuity , and the error propagation effect can be stopped accordingly
由于視頻中出現(xiàn)的人臉具有穩(wěn)定性,連續(xù)性等特點,同時考慮到無線移動信道由于誤碼率高而引起差錯傳播問題,所以采用幀內(nèi)編碼宏塊刷新的方法。
In the end , in view of the fact that boussinesq - type equations and the mild slope equations are deduced from different hypothesis conditions and behave differently in simulation of wave propagation , the numerical results of wave propagation effected by strong non - linearity are given by the nonlinear three - dimensional mathematical model which was established for the calculation of 3 - d wave particle velocity and wave pressure and suitable to small size waters of arbitrarily varying depth
最后，鑒于boussinesq型方程和緩坡方程是在不同的假設(shè)條件下推導(dǎo)而來，應(yīng)用于描述近岸水域波浪的傳播變形時具有不同的特點。本報告根據(jù)作者所建立的可以對任意水深點流場與波動凈壓力場進(jìn)行求解、適宜水深任意變化水域非線性波傳播的數(shù)學(xué)模型，提供了在較強非線性作用下波浪傳播的數(shù)值模擬結(jié)果。