柯氏力

散度风动能向旋转民动能的转换主要通过柯氏力的作用来实现。

The energy conversion that goes to the rotational kinetic energy from the divergent kinetic energy is mainly accomplished through Coriolis force effect .

简要分析了由于柯氏力随纬度变化引起的β项对大尺度大气运动的影响。

We simply discuss the effects of the beta-term caused by the change of the Coriolis force along with latitude on the large-scale atmospheric motion .

本文还针对作回转运动的柔性机械臂的动力学特性，建立了考虑驱动力矩、重力、柯氏力和惯性耦合力的Euler-Bernoulli梁动力学模型。

According to the main characteristics of rotating manipulator , Euler-Bernoulli beam theory is applied to model the motion under driving torque , gravity , gyroscopy force .

柯氏力对钱塘江河口潮汐影响的分析

Analysis of the effect of earth 's rotation on the tides in Qiantang Estuary

本文用有限元法分析了柯氏力对桨叶旋转面固有振动频率的影响。

The influence of coriolis force on the natural frequencies of the rotor blades is analysed by the finite element method .

另外一些研究工作考虑了离心力和柯氏力，但由于动力刚化效应的影响，数值计算往往不方便。

Other research works used the models that considered inertia and gyoscopy forces , but encountered many difficulties in numerical calculation due to effect of dynamic stiffening .

首先建立了深度平均的二维数学模型，在模型中考虑表面风应力、底部摩擦力、柯氏力的作用，以及自由表面和空气的热量交换。

Firstly , the depth averaged two-dimensional hydrodynamic model is established , including the effects of earth 's rotation , bottom friction , wind shear and surface heat exchange .

对黄海暖流形成机理的分析表明，压强梯度力、垂向摩擦力和柯氏力占主要地位。

It is shown from the analysis of formation mechanism that the pressure gradient force , vertically frictional force and Coriolis force play the leading roles in forming the YSWC .

认为由于柯氏力的作用以及地质条件的差异，使该河段既有一般蜿蜒性河道演变规律，又有不对称、非规则演变特性。

Because there exist the action of Coriolis Force and some differences in geologic conditions , the reach developed from a tiny bending river to an asymmetric and abnormal meandering river .

有些研究为了数值计算的方便，忽略了旋转运动产生的离心力的作用，以及由于梁的旋转运动和弯曲变形耦合产生的柯氏力作用。

Some research works applied the models that ignore inertia force of beam rotation and gyroscopy force of coupling of rotating and bending , in order to simplify the numerical calculations .

本文根据振动管柯氏力质量流量计的实际工作情况，建立了传感器数学模型，进行了详细的传感特性分析。

In this paper , a mathematical model of the sensor is proposed on the basis of its operating conditions , and the characteristics of the sensor are analysed in detail .

通过实测潮汐资料的进一步分析、数值计算以及该模型的验证试验，阐明了该区域南北岸潮汐差别的主要原因是地形的影响，澄清了一般认为该现象是柯氏力效应所致这一概念。

After analysis of field measurements , numerical calculation and verification of the model , it is shown that the difference of the tide levels between north and south bank of Hangzhou Bay is mainly due to the effect of topography instead of the earth 's rotation .