yuè
  • jump;leap;spring
跃
[yuè]
  • 跳:跳~。飞~。~进。~然。~动。~~欲试。

[yuè]
[动]
1

(跳) leap; jump:

  • 一跃而起

    get up with a jump; jump up all of a sudden;

  • 跃居世界首位

    leap to first place in the world;

  • 跃上马背

    leap onto a horse;

  • 男孩一跃跳过了篱笆。

    The boy cleared the fence in one leap.

  1. 所有这一切,都是因为我接受了存在于我们所有人心中的信心之跃(leapoffaith)。

    All because I took that leap of faith that 's inside all of us .

  2. 针对用电位法滴定石油产品总酸、总碱含量时无明显滴定突跃点的情况,研究了用pH终点滴定法的可行性和可靠性。

    Since no obvious leap point can be observed when determine the total acid or total alkaline of petroleum products by potentiometric titration , the feasibility and reliability of pH end-point titration method are examined .

  3. 我纵马跃过了所有的栅栏。

    I jumped my horse over all the fences .

  4. 那匹马跃过了一道五英尺高的墙。

    The horse leapt a five-foot wall .

  5. 他跑到门口,飞身跃上马背。

    He ran to the door and vaulted into the saddle .

  6. 为了吸引那群人的注意,我纵身跃上墙头。

    I jumped on the wall to grab the attention of the crowd .

  7. 《本能》使她跃至一线,成功跻身好莱坞耀眼的女明星之列。

    ' Basic Instinct ' catapulted her to top status among Hollywood 's glamour goddesses

  8. 那匹马跃过了栅栏。

    The horse jumped the fence .

  9. 当他试图骑上这匹马时,它突然狂暴地跃了起来。

    When he tried to ride the horse , it bucked wildly .

  10. 鲑跃于瀑,鲭相摩于海洋。

    The salmon-falls , the mackerel-crowded seas .

  11. 希望你上学愉快。此致,林跃。

    Hope you are having a good school year . Yours , Lin Yue

  12. 周处只身进山,果然杀掉了猛虎,接着又跃人河中与蛟龙搏斗。

    Zhou Chu went to the mountain alone , and sure enough , he killed the tiger . Then he jumped into the river and fought with the dragon .

  13. 浩瀚的东海里,有一只大鳌,它头顶着蓬莱仙山,在大海中浮游,有时飞腾跃上云霄,有时下潜沉人海底。

    In the vast East China Sea , there was a huge turtle . It carried the Penglai Fairy Mountain on its head , floated and swam in the great sea , sometimes soaring into the sky and sometimes diving to the bottom of the sea .

  14. K波段阶跃恢复二极管高次倍频器

    K & Band Frequency Multiplier Using Step Recovery Diode

  15. 单位阶跃函数的Fourier变换只有一种正确结果

    Correct Fourier Transformation of the Step Function Is Unique

  16. U形渠道水跃的试验研究

    An Experimental Study of U Shaped Channel Jump

  17. 再根据阶跃响应特性来设计与计算PID调节器的最优参数值。

    From the step response characteristic , it can design and calculate the optimized parameters of PID controller .

  18. 最后采用PID控制策略,给出了微流控系统的阶跃、矩形和正弦响应曲线。

    Finally , by using PID control strategy , the step , rectangular and sinusoidal response curves of the systems are given .

  19. 最后分析了单位阶跃函数、单个脉冲函数、N个脉冲函数在有损介质中传播时电场强度的波形变化。

    The transient responses of electric intensity in a dissipative medium are also discussed for excitation of unit step function . one pulae and N - pulse .

  20. 用阶跃响应法进行计算机控制系统对象模型辩识,提出了一种直接求取Z传函的方法,省去了求S传函的中间步骤。

    This paper , using unit step response , puts forward a direct method for identifying process in computer control system .

  21. 通过改变信号发生器的参数,可方便得到斜坡、阶跃、脉冲和e函数等各种不同波形的信号。

    Different waveform signals such as ramp function , step function , pulse function and exponential function are available by changing the parameters of the signal generator .

  22. 葡萄、鲜枣采后贮期脱落酸(ABA)变化与呼吸非跃变性研究

    Studies on the change of ABA content and respiratory non-climactic character after harvest in grape and fresh Jujube

  23. 理论分析和实验结果比较表明,Fermi折射率分布函数能较好地描述准阶跃渐变折射率。

    It is shown that the quasi-step-graded index profile can be approximated by Fermi index profile .

  24. 交流驱动Josephson结Bloch振荡的阻抗式阶跃

    Chinese knot resistive step from Bloch oscillation on Josephson junctions driven by an alternating current

  25. 双阶跃JK触发器和多阶跃时序电路

    Double Jump JK Flip-Flop and Multiple Jump Sequential Circuits

  26. 一个位置献出释放旅行跃程和丛林WAV样本。

    A site dedicated to free Trip Hop and Jungle WAV samples .

  27. 采用时域阶跃响应及频域响应两种实验建模的方法,建立了系统的近似传递函数,用Matlab仿真的方法进行了验证分析。

    By time domain step response experimental modeling method and frequency domain response experimental modeling method , approximate coarse transfer function is constructed , check analysis is carried out in Matlab environment .

  28. 风沙跃移运动中的Magnus效应

    Magnus Effect in Wind-blown Sand Saltation

  29. 第一次电导跃变后形成的金属相是超导的,其Tc随底板温度不同而不同。

    ( c ) Superconducting transition temperature of the phase formed after first jump of the conductance is different along with different temperatures of the substrate .

  30. 具有阶跃阻抗结构的传输线谐振器(SIR)结构简单,在不减小无载Q值的情况下,可以大幅缩短谐振器的长度。

    The Resonator configuration with the transmission lines which has stepped impedance structure ( SIR ) is simple . On keeping the Unloaded-Q situation , we can shorten largely the Resonator length .