1) Maximum inertial forces
最大惯性力
2) large inertia
大惯性
1.
This paper proposes a model structure based on the integration of the local meteorological forecasting resources to accomplish temperature control of large inertia constant temperature workshop.
提出了融合当地气象预报资源,完成大惯性恒温车间温度控制的一种模型结构。
2.
Through analysis of control system for main steam temperature of imported units, the interior mechanism of large delay, large inertia, time variability, and nonlinearity have to be overcome during the time of taking main steam temperature as the controlled object, has been studied, suggesting recommendations for adjusting .
对引进机组主蒸汽温度控制系统在克服其被控对象的大迟延、大惯性、时变性和非线性的内在机理进行了分析,提出了该控制系统的调整和投运应注意的问题。
3) Great inertia
大惯性
1.
The boiler super-heater steam temperature control object is generally with characteristic of parameters slow time variable,the great inertia and the larger time lag.
锅炉过热器蒸汽温度受控对象通常具有大惯性、大迟延、参数慢时变等特点。
4) inertia force
惯性力
1.
Research on partial balance of inertia force for crank-slider mechanism;
曲柄滑块机构惯性力部分平衡的研究
2.
The reduction of inertia forces acting on fluids and the D′Alembert′s method in Hydrodynamics problems;
流体的惯性力系简化及动静法(续)
3.
The reduction of inertia forces acting on fluids and the D Alembert s method in hydrodynamics problems;
流体的惯性力系简化及动静法
5) inertial force
惯性力
1.
Experimental study on wind-induced vibration inertial force for a high-rise building;
某高层建筑风致振动惯性力的试验研究
2.
The result of analyzing and calculating the running process of down-eccentric barbell pumping unit has been showed that the inertial force of down-eccentric barbell is considerable and then the speed of pumping unit and balanced weight of down-eccentric barbell are important parameters for pumping unit.
下偏杠铃平衡技术对游梁式抽油机的运行可靠性、节能性等具有显著功效,但是下偏杠铃在抽油机运行过程中所产生的惯性力不可忽视。
6) inertia item
惯性力项
1.
The characterization equations of primary normal stress difference of polymer melt were derived with or without the consideration of the inertia item respectively.
以振动场中流经毛细管的聚合物熔体为研究对象,针对忽略和不忽略惯性力项对熔体弹性行为的影响 2 种情况,分别推导出振动力场中毛细管壁处聚合物熔体第一法向应力差的计算公式。
补充资料：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。
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。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条