Human vocal fold is a highly differentiated layered structure. The histological structure of the vocal fold is divided into three layers: the epithelium, lamina propria and muscle layer ( thyroarytenoid muscle).

1、

Contractile properties of thyroarytenoid muscle reinnervated by nerve implantation from the ansa cervicalis

甲杓肌颈袢主支植入术后收缩特性

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2、

Contractile properties of thyroarytenoid muscle after delayed reinnervation of unilateral vocal cord paralysis

环杓后肌延期神经再支配后收缩特性的定量分析

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3、

Experimental Study on Excitability of Thyroarytenoid Muscle after Reinnervation

狗声带内收肌再神经支配后兴奋性研究

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4、

Type 2,3 can retain thyroarytenoid muscle as much as possible on the basis of radical cure.

Ⅱ型和Ⅲ型术式在保证根治癌肿的基础上应尽可能保留声带肌。

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5、

Histochemistry and Ultrastructure of Canine Thyroarytenoid Muscle

狗喉甲杓肌组织化学及超微结构的研究

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6、

Conclusion The proliferation of thyroarytenoid muscle and lateral cricoarytenoid muscle cell of dog remained at high level in 5 months after denervation and then slowed down and atrophy of muscles occurred 6 months after denervation.

结论甲杓肌及环杓侧肌失神经支配后5个月内保持高增殖水平，以后均降低，失神经支配6个月后肌萎缩开始明显。

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7、

Thyristor-Controlled Series Compensation have multi-functions of damping low-frequency power oscillation, enhancing transient stability of the power system and mitigating sub-synchronous resonance.

可控串联补偿装置具有阻尼线路功率振荡、提高电力系统暂态稳定性、抑制次同步谐振等多种功能。

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8、

At present, most of the thyristor-controlled reactor ( TCR) type static var compensators ( SVCs) use open-loop control mode as compensation for the three-phase unbalanced load device.

在总结已有的研究成果基础之上，将瞬时无功功率理论应用于提高功率因数和补偿三相不平衡负荷的静止无功功率补偿器控制之中。

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9、

The article introduces the working principle, the noise immunity and the operation of a DGK duplex thyristor switching console consisting of the following two main parts: a thyristor non& contact switch and an HTL programmed controller.

本文介绍由双向可控硅作为无触点开关和HTL电路组成程序控制器两大部分构成DGK低压硅开关控制柜的原理、抗干扰及运行情况。

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10、

TSC trigger circuit was designed, including the zero-crossing detection circuit and thyristor trigger circuit. And contactor was combined with the thyristor switch used in TSC.

设计了TSC触发电路，其中包括过零检测电路与晶闸管触发电路，并将接触器与晶闸管组合成复合开关应用在电容器投切中。

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11、

Application of thyristor AC electronic switch gear and Discussion on its modification

晶闸管交流电子开关柜的应用与改进探讨

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12、

By programming simulation, the single-grade and multi-grade circuits are analy-zed, and it is the best moment for thyristor to switch on when the voltage of capacitor to be shorted is zero.

采用编程仿真的方式，对单级电路和多级电路分析后，提出了晶闸管开关最佳接入时刻为被短接电容电压为零时；

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13、

Using the switch could overcome the faults of thyristor electronic switch when long-time bearing capacitor current, such as high power consumption and high fever.

采用此种开关投切电容器，克服了纯晶闸管电子开关长期承载电容器电流时，功耗大，发热高的缺点。

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14、

Its main return circuit adopts thyristor contactless switch, so can turn off circuit quickly, precisely and reliably.

该系列点焊机主回路均采用晶闸管无触点开关，电路关断时间快、准确、可靠。

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15、

This paper proposes a method for Var compensation by use a device of thyristor switch series transformer to change the capacitor voltage.

提出一种用晶闸管开关装置串联变压器来改变电容端电压以调节无功的补偿方法。

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16、

Phase splitting reactive power compensation of first harmonic in low voltage distribution network by computer controlled thyristor switch

微机控制的晶闸管开关型低压配电网基波无功分相补偿

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17、

Design and Reliability Analysis of High Power DC Thyristor Switch

大功率直流晶闸管开关设计及其可靠性分析

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18、

By combining thyristor switch with large power transistor, large current rectangular pulsed laser power supply with stable smooth top is obtained, pulsed current of 80A and top current fluctuation within 2% are achieved.

采用可控硅开关元件和大功率三极管放大元件相结合的方案，得到稳定大电流脉冲方波激光电源，脉冲电流可达80A，平顶电流波动小于2%。

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19、

The constant current source of thyristor commutation supply voltage

晶闸管整流供电的恒流源

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20、

An Unit to Gain Coupling High Side Trigger Power for Series Thyristor Stack

一种晶闸管阀组高压侧触发能量耦合获取单元

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