zig-zag
英
美 [zɪg zæg]
n. 之字形路线;Z字形线条
v. 曲折前进;之字形行进
英英释义
adj
- having short sharp turns or angles
双语例句
- The elastic matrixes, the stiffness matrixes and their partial derivative matrixes were derived based Zig-zag sandwich plate finite element model and written corresponding program to calculate the stiffness matrixes and their partial, derivatives matrixes.
基于Zig-zag夹层板有限元模型，推导了弹性阵、刚度阵及其偏导阵，编制了相应程序计算刚度矩阵及其偏导阵。 - It is suitable in the design of general fuze zig-zag devices and has a guiding significance when analysing accidents caused by misfiring of fuzes.
该原则适用于一般曲折槽式保险机构的设计，对于引信瞎火事故分析具有普遍指导意义。 - 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。 - Research on Dynamical and Sound Transmission Characteristics of Sandwich Plate Based on Zig-Zag Model
基于Zig-Zag模型夹层板动力与声传输特性研究 - Analyzes the over-safety caused by zig-zag devices, putting forth the principle of zero-torque in designing fuze zig-zag devices and the specific measures for the implementation of the principle.
分析了引信曲折槽保险机构过保险的原因，提出了引信曲折槽机构设计的零扭矩原则及实现该原则的具体措施。 - A New Image Scrambling Algorithm in the Space Domain Based on Zig-Zag Scanning
基于Zig-Zag扫描的空域图像置乱新算法 - 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。 - Application of Zig-Zag Algorithm in the Connection Management of Gnutella Network
Zig-Zag算法在Gnutella网络连接管理中的应用 - Adopt Zig-Zag algorithm to control data flow on application, and make connection management with auxiliary F-Measure algorithm, so as to effectively control the request Flood produced by Gnutella network, and ultimately achieve a concrete data of Gnutella network's connection management.
在应用层上采用Zig-Zag算法进行数据流控制，辅助F-Measure算法进行连接管理，有效地控制了Gnutella网络产生的请求Flood，使网络的连接管理具体数据化。 - 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。