解析关系 meaning in Chinese
analytic relation
Examples
- Analytic relationships among radial clearance , axial clearance , contact angle , center distance between two grooves , and bearing fit gap are derived for bearing design ; 3 . analytic relations of radial fit gap and radial clearance is derived for bearing production
推导出了双列角接触球轴承的轴向游隙与径向游隙、双沟沟心距及轴承配套间隙之间的解析关系式，可应用于轴承设计。 - It analyzes the analytic relationship between the static mathematical model and the parameters including 5 stewart platform structure parameters and 6 coordinate system parameters when the coordinate system changing . it lays the foundations for studying sensor ' s performance indices deeply
分析了当坐标系变化时，传感器静态数学模型和stewart结构的5个结构参数以及坐标系的6个参数之间的解析关系，为传感器性能指标的深入研究奠定了基础。 - 2 ) the inductance transducer used to identify large wear particle is developed . the analytical theory of wear particle and detection windings are expatiated and inner magnetic distribution of inductance transducer is discussed , the geometry parameters are optimized by using genetic algorithm , and the finite element analysis method is used in the designing
2 )研制了识别大磨损颗粒的材质和测定其粒度的电感传感器，阐述了磨损颗粒与检测线圈的解析关系，探讨了传感器的理论基础，分析了电感式检测传感器内部的磁场分布，并应用遗传算法优化了传感器几何参数，最后进行了有限元仿真分析。 - We research on the thermal buckling characteristics of double layer membrane which is composed of different materials with different thermal expansion coefficiens under uniform temperature elevation . the energy method is proposed which is used to solve the problem and the symbolic relation between central buckling height and substrate height under small buckling height is also given . it is the primary theory of membrane resonant sensor , which makes the research and development of novel thermal sensor possible
本文对微机械中热胀系数不同的材料构成的双层复合薄板在均匀温升下的挠曲特性进行了研究，提出了在均匀温升下双层薄板热挠曲求解的能量法，并给出了小挠度下中心挠度与板厚的解析关系，为薄膜谐振式传感器温度特性的研究和新型温度传感器的设计与开发打下了基础 - Taking the hvdc systems as a variable admittance connected at the inverter or rectifier ac bus , the analytical description of the relationship between the variable admittance and active power flows of each generator can be derived . the traditional generator dynamic equations can thus be expressed with the variable admittance of hvdc systems as an additional state variable and changed to an affine form , which is suitable for the global linearization method being used to determine its control variables
该方法基于微分几何理论，将直流输电系统等效为两个分别连接在整流侧和逆变侧的变导纳支路；在推导出直流输电系统的等效变导纳与各发电机输出电磁功率间的解析关系后，传统的发电机动态方程可被表示成仿射非线性的形式，因而可应用全局线性化方法来求得直流输电系统的调制量。