1)  non-steady flow
非稳流
1.
Secondly,in conditions of non-steady flow,azinuthal velocity and shear stress distribution were deduced according to function approximation method.
在非稳流下 ,采用函数拟合法 ,得出流体切向速度随半径变化的表达式及流体所受切向剪切力和分布曲线 。
2)  non-steady flow,non-steady
非恒稳流动;非稳流
3)  instability
非稳
1.
Controlled dynamic instability and route to chaos with three|level atoms inside an optical ring cavity;
包含三能级原子环形腔的动态非稳与混沌过渡
4)  unsteady-state
非稳态
1.
Analysis on elastoplastic behavior of metal forming process in unsteady-state based on a kind of generalized friction formula;
基于一种广义摩擦公式的金属非稳态成型过程弹塑性行为的分析
2.
Research and Implementation of a New Unsteady-State Method of Measuring Gas Permeability;
非稳态气测渗透率新方法研究及实现
3.
The paper introduces an unsteady-state gas permeability measuring instrument,permeability measurement is performed by using air as experimental medium at the state of negative pressure.
介绍了一种用大气作为测量介质,进行负压测量的非稳态气体渗透率测量仪器,详细阐述了该仪器的测试原理、方法及硬件设计\软件设计等。
5)  transient
非稳态
1.
Experiment investigation on transient heat transfer in rotor-stator system with high-positioned air inflow;
高位垂直进气旋转盘非稳态换热的实验研究
2.
According to gas reservoir characteristic,this paper set up transient flowing model.
针对高产气藏储层特征,建立起气藏水平井非稳态产能预测模型,对高产气藏的产能进行分析和预测。
3.
This paper analyses some producing wells using the "fractured reservoir transient performance forecast software" that developed by the CWCT of SWPI.
应用裂缝性油藏非稳态产能预测软件分析了多口生产井,基于油藏与井筒耦合作用的非稳态产能预测新方法对于单井产能预测具有优越性、长远性和实用性。
6)  instability
非稳定性
1.
Study on instability in electrospinning process;
静电纺丝过程中的非稳定性研究
2.
The paper discusses the theo- ry of city characteristic aesthetic struc- ture by aesthetic psychology theory,and analyses the influence factor of city Characteristic aesthetic structure and its instability.
应用审美心理学理论研究提出城市特色审美结构理论,分析了城市特色审美结构及其非稳定性的影响因素。
参考词条
补充资料：磁稳流化床
分子式：
CAS号：

性质：在反应器外部加磁场对颗粒磁性材料进行的气-固流化。颗粒磁性材料往往密度很大，进行气-固流化的质量很差，气体和固体的接触很不好。若在反应器外部加一个磁场，磁力线通过床层内部，吸引磁性材料的粒子，使其在床层中规律地分布，流化过程中气泡分布均匀，从而改善了流化质量。磁性流化床在小型设备中可获得很好的效果。但由于磁场的分布很复杂，有很大的放大效应，所以设备放大问题尚未很好地解决。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。