回转器

huí zhuǎn qì
  • Gyrator;gyroscope;gyro
回转器回转器
  1. 角动量守恒定律,可以用回转器来演示。

    The law of conservation of angular momentum may be demonstrated with a gyroscope .

  2. (p+q)端口回转器综合分段线性n端口电阻器

    Synthesis of Piecewise - Linear n - Port Resistor by ( p + q ) - Port Gyrator

  3. GIT(2)的结构反映了回转器与理想变压器之间的内在联系。

    The inner structure of GIT ( 2 ), which shows the relations between gyrators and ideal transformers , is also studied .

  4. 将运算放大器及其外接元件组成回转器,就能够模拟一只Q值极高的大电感,从而实现超低频振荡。

    Using operational amplifiers with their external components to form a gyrator , it is possible to simulate a large value inductor with a very high Q factor and to realize ultra-low frequency oscillation .

  5. 本文用群论的方法研究了所有理想变压器和所有回转器构成的集合GIT(2)。

    The set GIT ( 2 ) of all gyrators and ideal transformers is studied by the method of group theory in this paper .

  6. 回转器模拟失重对SGC-7901、HFE-145细胞增殖和周期的影响

    Effects of simulated weightlessness on cell proliferation and cell cycle of cell line SGC-7901 and HFE-145

  7. 方法以回转器模拟微重力,根据膜脂过氧化产物丙二醛(MDA)与硫代巴比妥酸(TBA)的定量反应测定MDA含量,用电导仪检测细胞电解质的外渗率。

    Method Malondialdehyde ( MDA ) content was examined on the basis of quantitative reaction of both MDA and thiobarbituric acid ( TBA ), and electrolyte leaking was determined with conductometer model DDS 11A .

  8. MK-6型全液压钻机回转器的设计

    Design of power head for MK-6 fully hydraulic drill

  9. 方法以大鼠嗜铬细胞瘤(PC12)细胞作为神经细胞模型,利用水平轴回转器模拟微重力效应。

    Methods A ground based research was ( undertaken ) using a clinostat to simulate microgravity , and rat pheochromocytoma ( PC12 ) cells used as neuronal cell model .

  10. 除立轴卡盘、回转器部件外,其它零、部件与XY-2型钻机通用。

    In common with xy-2 drill in all design but hydraulic chuck and rotary head modified .

  11. 方法在1G和回转器模拟失重条件下对ROS17/2.8细胞进行培养,培养液中含500ng/ml的BMP2。

    Mothod ROS17 / 2.8 cells were cultured in 1 G control and rotating clinostat simulated weightlessness with 500 ng / ml BMP-2 in the culture medium .

  12. 然后在快速回转器上,平衡石中心在一个新的位置上维持了30min左右的稳定,也就是出现了一个新的动态平衡状态。

    The statolith center keeps a stable position during about 30 min on a fast-rotating clinostat , i. e. it is then in a new dynamically stable state .

  13. 方法在地面1G和回转器模拟失重条件下培养ROS17/2.8细胞,按培养时间再分为24h和48h组,各组又分为有或无BMP-2(500ng/ml)组。

    Method ROS17 / 2.8 cells were cultured in 1 G condition or on a clinostat ( to simulate weightlessness ) rotated for 24 h and 48 h with or without BMP-2 ( 500 ng / ml ) in the culture medium .

  14. (p+q)端口回转器及其群特性

    ( p + q ) - Port Gyrator and Its Group Character

  15. 回转器与电感元件小型化的研究

    The Study of Making Rotary Device and Inductance Element Small-sized

  16. 回转器与负阻抗变换器的仿真分析

    Emulating analysis of circle round device and negative impedance converter

  17. 实现回转器的一种方法&负阻抗变换器的应用

    One method to obtain gyrator ─ application of the negative impedance converter

  18. 回转器旋转对体外培养的鸡胚神经元的影响

    Effects of clinostat rotation on embryonic chick neurons in vitro

  19. 基于回转器的电力变压器绕组直流电阻测试原理及应用

    Principle and Application of Measuring Power Transformer Wire-Wound DC Resistance Based on Gyrator

  20. 文章运用磁导电容类比建模法建立了磁件的回转器&电容模型。

    Gyrator-capacitor model of magnetics is built by a permeance-capacitance analogy in this paper .

  21. 回转器在振荡电路中的应用

    The Application of a Gyrator to Oscillation Circuits

  22. 回转器和理想变压器的群特性

    The group characters of gyrators and ideal transformers

  23. 改进型回转器-电容非线性磁心仿真模型

    Improved Gyrator-Capacitor Simulation Model of Nonlinear Magnetic Core

  24. 本文叙述应用回转器的振荡电路的原理与实践。

    The principle and the practice of an oscillation circuit using a gyrator are discussed .

  25. 理想负回转器及其应用

    Ideal Negative Gyrators and Their Applications

  26. 运用回转器&电容模型可以很好的理解磁性器件,特别是复杂的集成磁件。

    Gyrator-capacitor model offers a good way of understanding magnetic components , especially complex integrated magnetics .

  27. 妈妈,我这身打扮出了什么问题啦?非线性回转器系统的浑沌与分枝

    What 's Wrong With This Outfit , Mom ? Bifurcation and ChaoS of the Nonlinear Gyration Systems

  28. 回转器及其应用

    Gyrator and Its Applications

  29. 在回转器&电容模型中,磁路由容性电路来模拟,绕组由双端口的回转器来代替。

    In this approach , magnetic paths are modeled by capacitive circuits and windings are represented by two-ports gyrator .

  30. 用水平回转器改变重力对细胞的作用方式并用以模拟微重力对胡萝卜细胞的影响。

    A horizontal clinostat which mimics the microgravity in space was used to study its effects on carrot cells .