二阶惯性力,the second inertia force
second-order reciprocating inertial force二阶往复惯性力
1.Taking an inline four-cylinder engine as an example,the reciprocating inertial force of engine is calculated,the results show that thesecond-order reciprocating inertial force is the main reason of vibration and noise.以直列四缸发动机为例,对发动机的往复惯性力进行计算,说明二阶往复惯性力是发动机产生振动和噪声的主要原因,指出平衡轴平衡机构是平衡二阶往复惯性力的有效方法,这可在将来的轿车发动机中得到广泛的应用。
3)the first inertia force一阶惯性力
1.Under the condition ofthe first inertia force\"s absolute balance in the compressor,the form of the second inertia force was analysed,which has never been balanced in the machine.在一阶惯性力机器内完全平衡的情形下,对二阶惯性力因目前无法在机器内平衡,分析其形成的机理。
4)two-order inertial pure delay二阶惯性纯滞后
5)inertia force of the second order二次惯性力
6)secondary inertia force二级惯性力
延伸阅读
惯性力分级分子式：CAS号：性质：又称惯性力分级。是干式分级的一种，系将固体粒子群分散悬浮于气流中并急剧改变气流的运动方向，利用轻、重粒子惯性力之差使粒子群分级的操作。轻粒子惯性小，随气流一起改变方向并随气流排出；重粒子惯性大，运动方向不易改变而与气流主体分离。
