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1·Connection tablet are set among all refrigeration galvanic cascade surfaces, and levels of refrigeration galvanic connected by electrical connection in parallel and hot connection in series.

各级制冷电偶叠面之间设置有连接片，使制冷电偶级与级之间并联电连接和串联热连接。

2·According to the existing problem in production of stripping, the double-tower and parallel connection process and its characteristics, and optimization of operation control were discussed.

针对传统汽提生产流程存在的问题，论述了双塔并联工艺及其特点和操作控制的优化过程。

3·The scattering parameter expression of two port properties of impedance Z (in series connection) and admittance Y (in parallel connection) are discussed and their active RC model is presented.

讨论了用散射参数表达的串联阻抗Z和并联导纳Y的二端口特性，给出了它们的有源RC电路模型。

4·The paper described a multi-pole waveform absorbing filter used in the grid for series or parallel connection, to control the grid pollution to a certain extent and save the power consumption.

设计一种用于网电源上，既能串联使用，又能并联使用的对电网污染具有一定治理作用，又可起到节电效果的多极点电源波形矫正滤波器。

5·The means of reducing diameter for the parallel connection cylinder is put forward in the paper, and correlation parameters are compared and analyzed.

提出了液压缸并联连接以减小缸径的方法，并对相关参数进行了比较和分析。

6·Then the selections of phase number, winding connection, pole number and number of branches in parallel are optimized according to the SRM's symmetry and order of force wave.

接着从对称性、力波阶数等角度研究了SR 电机相数及绕组连接方式、极数、并联支路数的选择问题。

7·A new method called phase-light showing measurement which is used to achieve the thing that synchronous generators are input in electric network by parallel connection are mentioned.

介绍了同步发电机并联投入电网的条件、不满足条件下并网所带来危害以及常用的并网方法，提出了一种相灯指示法来实现发电机并网的新方法。

8·In this paper a concept of resistance-like is introduced, and its series connection and parallel connections are defined.

引进类电阻的概念，定义了类电阻的串联和并联，从而给出了电阻、电容和弹性系数的统一的数学模型。

9·In series connection and parallel connection can compound use.

串联和并联连接两种方式可混合使用。

10·Thereinto, in range of 0-1.1 V, both AC in the positive and negative electrode assemble as a symmetry structure via parallel connection which offer more capacitance and less internal resistance.

在0-1.1 V电压范围内通过与炭材料负极组成并联回路提高电容器电容值并降低体系内阻。