字典九九>英语词典>zig-zag翻译和用法

zig-zag

美 [zɪg zæg]

n.  之字形路线;Z字形线条
v.  曲折前进;之字形行进

复数:zig-zags 第三人称单数:zig-zags 

英英释义

adj

  • having short sharp turns or angles
      Synonym:zigzag

    双语例句

    • By comparing the effect of four kinds of pulsed current wave forms ( zig-zag, trapezoid, trapezoid with sharp front impulse and step form) on the formation of weld, we propose that step wave form has the best advantage for all position tube welding.
      比较了四种脉冲电流波形(锯齿波、梯形波、前沿带冲刺的梯彤波和阶梯波)对焊缝成形的影响,提出阶梯波对全位置焊管的优越性。
    • Research and Development of Zero-sequence Filter Using Zig-zag Transformer A novel Phase-shift Full-bridge ZCS Converter
      一种新型移相控制全桥零电流变换器
    • Free Vibration of Composite Sandwich Plates Based on Zig-Zag Deformation Assumption
      基于Zig-Zag变形假定的复合材料夹层板的自由振动
    • Even the zig-zag camouflage used in modern warfare was suggested by Cubist art.
      甚至现代战争中使用的之字形伪装也受到了立体派艺术的启发。
    • In the paper it makes focal points of the zig-zag transformer 'influences on the harmonics of line side and pulse shifting control influence on the harmonic of motor side. The theoretical computation and computer simulation waveforms are presented.
      重点分析了变压器曲折接法和移相多重化整流对网侧谐波的影响及移相PWM控制方式对减少输出侧谐波的作用,并给出理论计算结果和计算机仿真波形。
    • The zig-zag optical path can eliminate the influence of the non-uniform heat dissipating capacity in length and height directions, but not in width direction.
      板条长度方向散热不均匀及两块热沉之间散热能力的差异对波前畸变的影响很小,而宽度方向散热不均匀对波前畸变的影响较大;
    • Study on inclined zig-zag roadway passing through large fault
      Z型折返式过斜巷中较大断层的研究
    • Stitch pinking machine cut in a zig-zag pattern with pinking shears, in sewing.
      锯齿边布样切裁缝纫机在缝纫中,用锯齿剪刀剪成Z字形。
    • Thermal effects of laser medium have a serious effect on laser beam quality, slab laser medium can reduce the thermal focusing and stress birefringence effect by the light going through temperature gradient direction with a Zig-Zag optical path periodically.
      激光介质的热效应对激光的光束质量有着严重的影响,板条激光介质可以利用Zig-Zag光路周期性穿越温度梯度方向以减小热聚焦及应力双折射效应。
    • This zig-zag ball-roll timer was patented by William Cosgrove in1808, but its design proved too inaccurate for use in the clock due to small variations in angle and friction.
      这种锯齿形球辊定时器由威廉科斯格罗夫专利于1808年,但它的设计证明了在时钟由于摩擦力小的变化角度和使用太不准确的。