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1·In Chapter 2, the effect of channel width on the granular flow in a funnel is studied.

第二章研究了通道宽度对稀疏态漏斗颗粒流的影响。

2·Smaller length of monolith and larger channel width decrease the regeneration time of the whole monolith.

较小的过滤体长度及较大的过滤体孔道宽度都可使整个过滤体的再生时间缩短。

3·On the base of the optimization of source, a method to optimize the whole performance is given by adjusting the channel width of gate.

在共源级已优化的基础上，为了实现低噪声放大器的性能最优，提出了对共栅管的沟道宽度进行优化设计的方法。

4·We study the problem of the prediction of interconnection dimensions for FPGAs, including estimating interconnection length and channel width.

提出了一种新的FPGA互连预测算法，包括互连长度估计算法和通道宽度估计算法。

5·Modern wireless communication requires that the frequency synthesizer should have fast settling time, small channel width and low phase noise.

现代无线通信要求频率综合器同时满足快速切换时间，小信道宽度和低噪声性能三方面的要求。

6·And the scoop channel width to the forming process quality influence rule is concluded. Also there is reference value for the engineering design.

并探讨了凹槽宽度对成形过程质量的影响规律，为工程设计提供了参考价值。

7·Based on this, the article draws a conclusion that the optimizing channel width of common-source MOSFET is necessary by analyzing Miller effect of LNA.

在此基础上，通过分析整个级联型低噪声放大器的密勒效应对优化设计的影响，进一步提出了对共栅级MOSFET的沟道宽度优化的必要性。

8·In the process of thermal bonding, experiments are carried out under different conditions such as variable polymer thick, temperature, channel width and time.

在对微纳米通道进行热键合过程中，分别改变键合胶层厚度，键合温度，通道尺寸和键合时间四个条件进行了实验。

9·Depending on the potential distribution in the conductive channel, the influence of changing channel width on the operation characteristic of OSIT is analyzed.

依据导电沟道内的电势分布，分析沟道宽度变化对OSIT工作特性的影响。

10·As the ship or fleet size is defined, the channel width is dependent on the track zone width, and track zone width is dependent on the drift Angle of navigation.

当船舶或船队的尺度确定后(主要是长和宽)，航道宽度即取决于航迹带宽度，而航迹带宽度又取决于航行漂角的大小。