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TranslationMobile

反向時(shí)間

"reverse" in Chinese : vt. 1.使顛倒，使倒轉(zhuǎn)，使反轉(zhuǎn)；使翻轉(zhuǎn)；翻(案)。 ...
"time" in Chinese : n. 1.時(shí)，時(shí)間，時(shí)日，歲月。 2.時(shí)候，時(shí)刻；期間； ...
"if time reversed" in Chinese : 時(shí)間若倒退
"normal reversed time scale" in Chinese : 正反時(shí)代表
"reversed" in Chinese : 倒轉(zhuǎn)的; 顛倒的; 反面的; 反向的; 反轉(zhuǎn)的; 卷反; 相反的
"a reversed charge" in Chinese : 由受話人繳納的電話費(fèi)
"polarity reversed" in Chinese : 極性反轉(zhuǎn)
"reversed access" in Chinese : 反向存取
"reversed aileron" in Chinese : 反向偏轉(zhuǎn)的副翼
"reversed airscrew" in Chinese : 可逆式螺旋槳
"reversed amplifier" in Chinese : 可逆放大器
"reversed anaphylaxis" in Chinese : 逆轉(zhuǎn)過敏反應(yīng)
"reversed anticline" in Chinese : 倒轉(zhuǎn)背斜
"reversed arc" in Chinese : 反向島弧; 反向弧
"reversed arch" in Chinese : 倒拱

Examples

The same computational code was also used to reconstruct the reverse time image
相同的計(jì)算機(jī)程式并用以推求空間逆時(shí)影像。
In this study , we applied the reversibility of elastic wave to a discussion of the reverse time propagation of wave equation
摘要本文應(yīng)用波動(dòng)方程式的可逆性討論彈性波的逆時(shí)影像重建。
Although direct waves are much stronger than scattering wavefields , the imaging of the underground anomaly is still well reconstructed from the reverse time process
即使利用含有非常明顯直接波信號(hào)的歷時(shí)記錄亦可有效的重建地下散射體的影像。
Thirdly , it simulated the pumping circuit & dividing circuit with the widely used software matlab / simulink . the displacement of the rod piston and the impact of hydraulic are analyzed in the different input flow ( frequency of pump ) and different reversing time . it found out the cause of hydraulic impact ( one - to - one incorrespondence between the response time of dividing circuit and the operation time of rod piston ) , and gave some methods to weaken hydraulic impact . in the final part of the paper , the reliability of the theory analysis is further verified by the experiment of hydraulic system
首先在流變學(xué)原理的基礎(chǔ)上，深入分析混凝土在輸送管道內(nèi)的流動(dòng)狀態(tài)，得出混凝土泵的負(fù)載特性方程；然后根據(jù)功率鍵合圖的建模方法，建立泵送回路和分配回路的數(shù)學(xué)模型，并運(yùn)用仿真軟件matlab simulink對(duì)泵送和分配回路模型進(jìn)行了仿真，分析了在不同的輸入流量(泵送頻率)和換向時(shí)間下，活塞桿的位移和系統(tǒng)的液壓沖擊情況，找到了引起液壓沖擊的根本原因(即分配回路的響應(yīng)時(shí)間(固定值)與活塞桿的運(yùn)動(dòng)時(shí)間(變化值)不相匹配) ，并提出了相應(yīng)的改進(jìn)方法。