1·Simulation results show that besides aperture distribution at element level and subarray level, the overlap ratio mainly decides the sidelobe performance.
仿真结果表明在子阵叠加结构中，除了在子阵级和单元级使用加权分布降低副瓣电平外，子阵叠加比决定了阵列的副瓣性能。
2·The results point out that the fingerprint spectrum, overlap ratio and eight strong peaks are different from each other in various species of the same genus.
结果表明同属不同种植物的指纹谱、重叠率和八强峰各不相同。
3·Good sidelobe performance can be achieved over wideband when subarray overlap ratio equals 2 and Taylor weight distribution is used at element and subarray stage.
当在子阵级和单元级使用泰勒分布，并且子阵叠加比为2时，工作在宽带、宽角下的阵列可以获得较好的副瓣性能。
4·Experimental results show that the material remove rate(MRR) increases with the increase of laminated depth and decreases with the increase of tool path overlap ratio.
研究结果表明工件的加工速度随着分层厚度的增加而增加，随着轨迹重叠率的增加而减小；
5·If the coefficient of engagement overlap decreases, the flow aggrandize, trapping volume and the flow pulsating ratio decreases.
随著齿轮啮合重合系数的减小，齿轮泵的流量增大，困油容积和流量脉动率减小。
6·In addition to these, the influence of area ratio, negative overlap, compressive factor and load inertia on system behavior are also analysed.
此外还对面积比、负重叠量、压缩性因数、负载惯量等对系统的影响进行了分析。
7·In addition to these, the influence of area ratio, negative overlap, compressive factor and load inertia on system behaviors are also analysed.
此外还对面积比、负重叠量、压缩性因数、负载惯量等对系统的影响作了分析。
8·The influences of expanding-ratio and overlap-length on the quality of finished product was analyzed systematically by elastic-plastic FEM and expanding experiments.
通过有限元数值模拟和实验，研究了扩径率和重叠量对制品品质的影响及其规律。