The effect of the Coriolis force on deposition, extension and swing of the wandering river mouth is considerable too.
科氏力对游荡性河口的淤积、延伸和摆动的影响也是很现实的。
The result shows that the Coriolis force induced by the rotation effect can change the discharge coefficient of the impingement holes.
计算结果表明，旋转作用所产生的哥氏力改变了冲击孔的流量系数值，转速越大，哥氏力作用就越明显。
The system can eliminate influences of the Coriolis force and the high-speed wind on the rainfall. The intensity of rainfall can be adjusted by controlling the air pressure.
该系统可通过控制施加压力来调节降雨强度，并能克服离心场中科氏力及高风速对降雨的影响。
The observed effect of the Coriolis force, especially the deflection of an object moving above the earth, rightward in the northern hemisphere and leftward in the southern hemisphere.
科里奥利效应：科里奥利力作用下的明显结果，尤指地球上运动着的物体在北半球向右偏移，在南半球向左偏移。
The principle of coriolis force mass flowmeter and its application in gelled propellant rocket engine test are introduced, results of the test are also analyzed.
介绍了科氏力质量流量计的原理及其在凝胶发动机试车中的应用，并对热试车的测量数据进行了分析。
The operational principle of Coriolis mass flow meter is that fluid generates acting force to the measuring tube, and the size of this acting force reflects the change of mass flow.
科里奥利质量流量计的工作原理是流体作用于测量管产生一微弱力，该力的大小可反映质量流量的变化。
The horizontal Coriolis force is one of the fundamental physical principles, particularly in the fields of geography and meteorology.
水平地转偏向力是地理学和气象学教学中的重点和难点之一。
The evident difference among the flow patterns with different rotation number shows that the secondary flow induced by Coriolis force takes an important role in determining the flow structure.
不同的转动数下流场的形态有明显的差别，这表明由哥氏力引起的二次流在确定流场结构时起重要的作用。
It is the second Coriolis force.
这是第二科里奥利力。
The influence of coriolis force on the natural frequencies of the rotor blades is analysed by the finite element method.
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。
And through an example of Inertia centrifuge field potential and Coriolis force field potential, the artide once more explains the inertia force field in the non-inertia is the center authenticity.
并通过惯性离心力场的势和科氏力场势的举例，再次说明惯性力场在非惯性系中的真实性。
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.
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。
The energy conversion that goes to the rotational kinetic energy from the divergent kinetic energy is mainly accomplished through Coriolis force effect.
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 drive system outputs to drive magnetic loop on the primary instrument, accordingly simulate the work condition of Coriolis force.
驱动系统输出信号驱动一次仪表上的线圈工作，模拟了科里奥利力的产生条件。
While an incompressible liquid flows through a rotating inclined-tube with a constant pressure gradient the secondary flow due to Coriolis Force appears on cross section of the tube.
流体在压差作用下，流经绕与中心线成任意角的转轴匀速旋转的圆管时，由于哥氏力的作用，垂直于中心线的截面内将产生二次流。
First, the distribution of Coriolis inertia force is formulated in the axisymmetric solid with gyroscopic effect.
首先，推导了轴对称体中哥氏惯性力的分布公式。
The secondary velocity vector plots show that the migration of the secondary vortex across the main flow was influenced by flow rates which made the centrifugal and Coriolis force changing.
二次流矢量图表明流量的改变影响了离心力和哥氏力在流动中的作用，导致在垂直于主流方向引起截然不同的二次涡旋流动。
The film was driven towards high radius side by spanwise Coriolis force, resulting in less mixing between main flow and jet and maintaining low temperature of the film.
②气膜在哥氏力作用下向高半径方向偏移，弱化了射流前缘与主流的剪切和掺混，使气膜保持较低温度；
Of all the additional forces, only the tangential force effects on the flow. The effect of centrifugal and Coriolis forces on the flow is counteracted.
在所有附加力中，只有切向力对流体产生影响，离心力和科氏惯性力的影响相互抵消。
Therefore, this paper advances a new VWOG structure, which can decrease the Coriolis-damp-force and increase the Coriolis-exciting-force relatively.
为此，本文给出了一种新型振动轮式微陀螺结构，可减小哥氏阻尼力，相对增大了激励哥氏力。
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.
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.
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。
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