rod gap
英 [rɒd ɡæp]
美 [rɑːd ɡæp]
棒状放电器
双语例句
- By use of the kinematic equation of this mechanism, precision analysis is done from twosides-the length of linkage rod and kinematic pair gap.
利用该机构的运动学方程，分别在杆长和运动副间隙两方面对机构进行精度分析。 - Impulse Breakdown Behaviour of Rod plane Gap under High Temperature
高温状态下棒-板间隙的冲击击穿特性研究 - The accuracy analysis of 2-PRR parallel machanism is expatiated on, and the interactional equations are established that both linkage rod and rotating pair gap are relative to endmost executor.
对2-PRR并联机床主运动机构进行了详细精度分析，建立了杆长误差和转动副间隙对末端执行器的影响关系。 - The higher the filling fraction, the stronger the ( influence) of rod rotating on band gap.
插入体的填充率越高，方柱转动对系统带隙的影响越大。 - In this paper the moving process of electrons injected into anode is simulated by Monte Carlo method, and the radiation energy spectrum, angle distribution in positive rod plate gap with different voltage and different electrod materials are calculated.
本文利用电子光子MonteCarlo方法模拟单个电子入射阳极后的游动厉史，运用不同的电极材料，计算了正针负板电极在不同的冲击电压作用下所产生的X射线的能量分布及角度分布。 - An important index that describes following quality is the null travel of pilot rod. The null travel computation model and following reliability analysis model are first founded in this paper, and random model of hinge joint gap is also analyzed in computing null travel.
本文从描述跟随性的重要指标&空行程出发，首次建立了飞机升降舵操纵机构的空行程计算模型和跟随可靠性分析模型，并全面分析了元件接头细节处铰链活动间隙的构成要素及其随机模型。 - Air breakdown for composite alternating and direct voltages in a rod plane gap at standard atmospheric conditions were studied to understand insulation breakdown in electrical appliances.
为了分析实际运行中稳态预电压对电力设备绝缘的影响，研究了在标准气象条件下，棒-板间隙的操作冲击特性和交直流预电压的关系。 - Calculation of X Ray Radiaton Dosage in Positive Rod Plane Gap by Monte Carlo Method
用Monte-Carlo法计算正针负板冲击放电电场的X射线辐射剂量 - The air breakdown in the conductor rod gap was analyzed for alternating or direct switching impulse voltages.
通过实验研究了导线棒间隙在直流和交流预电压作用下的操作冲击特性。 - Firstly, using the theory of gas-liquid two-phase flow, deduced the thickness of lubrication film in the leakage gap which make from packing assembly and piston rod, and determined leakage model of the fluid in the leakage gap according to the thickness of lubrication oil film.
首先利用气液双相流动理论，推导出了由填料组件与活塞杆所组成的泄漏通道中润滑油膜厚度，并根据润滑油膜厚度确定泄漏通道中流体的泄漏模型。