效果 1.(產(chǎn)生的結(jié)果) effect; result 效果不大 not very effective; produce little effect; 效果顯著 bring about a striking effect; be very effective; 取得良好的效果 achieve good results; 動機和效果的統(tǒng)一 the unity of motive and effect;醫(yī)生開的那藥沒有效果。the prescribed medicine failed to take effect.2.[劇] sound effects
Figure 16 shows the effect of coating the inside of the brick wall with 20 mm of paper 圖16所示為在磚墻內(nèi)刷漆后加填20毫米厚的紙板層所形成的緩沖效果。
This product can prevent bloating and acid hypersecretion of rumen by releasing buffer effect at the right moment , can decrease the rate of laminitis 適時發(fā)揮緩沖效果防止鼓脹及瘤胃過酸癥,可降低蹄葉炎的發(fā)生率。
Our standard filled gauges are designed to shock environmental conditions . these gauges offer a significant cushioning and dampening effect 本公司盛產(chǎn)的普通耐震壓力表是為適應(yīng)環(huán)境震動而設(shè)計的;同時對被測介質(zhì)的脈動有明顯的緩沖效果。
The moisture buffering effect of this layer depends very much on the air exchange rate and also on the ratio of the surface area of the buffer to the volume of the room 濕緩沖效果依賴于空氣置換率和房間內(nèi)多孔緩沖材料的表面積和空間的比率。
Therefore , the dynamic loads should be considered and limited in designing landing gear . the traditional landing gear is a passive system and the parameters changes may produce an unsatisfactory performance 傳統(tǒng)的起落架緩沖器是一種被動控制系統(tǒng),其參數(shù)一經(jīng)選定,在飛機起降過程中就無法進行改變,因而緩沖效果不理想。
The fifth chapter experiments on the cushioning performance of the three sets of systems with pid / pdf algorithm . mainly on how to influence the systems cushioning performance while changing the preset input signal frequency and the load mass . and on the systems " repeatability . reappearance and the stability . additionally this chapter compares the pid algorithm with the pdf algorithm in their influence on system cushioning performance . the final experiment results testifies that the thesis successfully realizes the expected cushioning effects of the three different sets of high - speed pneumatic system 第五章對pid 、 pdf控制策略系統(tǒng)緩沖性能進行了實驗研究,主要研究了給定輸入信號頻率的改變對系統(tǒng)緩沖性能的影響、長時間工作時系統(tǒng)的重復(fù)性和再現(xiàn)性以及不同負(fù)載質(zhì)量下系統(tǒng)的緩沖性能的實現(xiàn);同時比較了pid 、 pdf控制策略對系統(tǒng)緩沖性能的影響。最后實驗結(jié)果表明,本課題用pid 、 pdf策略很好的實現(xiàn)了三套不同類型的高速氣動系統(tǒng)的緩沖,緩沖效果是很不錯的。