1) immiscible fluid
不混合流体
2) inhomogeneous mixture of meteoroids
流星体不均匀混合流
3) fluid mixing
流体混合
1.
This paper introduces the meaning of fluid mixing technology as well as the relationship with the fluid dynamics A brief comment about present situation of domestic and overseas research is given It points out that the main task of fluid mixing technology is to study the behaviors of turbulent flow and the behaviors are of practical importance to chaos theory.
本文介绍了流体混合技术的含义及其与流体力学的关系。
4) mixed fluid
混合流体
1.
Based on the geological observations and test data,the authors think that the sedimentation low salinity mixed fluid is the transport medium and that this deposit is an epithemal fine-disseminated gold deposit.
笔者以地质观察和测试资料为依据,研究认为该矿床是以沉积地层为主要矿源层,以低温弱酸性强还原低盐度的混合流体为搬运介质、以断裂构造控制矿体就位的浅成低温热液矿床。
2.
For mixed fluids in oil wells, under the conditions of certain temperature and pressure, its conductive characteristics depends mainly on the relative proportion and distribution of oil, gas and water.
对于油井中的混合流体来说 ,在一定的温度、压力条件下 ,混合流体的流动状态与导电特性主要取决于油、气、水的相对比例和分布状况。
3.
The water and air in the pores were regarded as mixed fluid to simplify the consolidation process of unsaturated soil with high degree of saturation,and a simplified computation method of 1D consolidation was improved.
考虑加荷初期,由水、气、土骨架共同承担荷载建立平衡方程,求得三者分担的应力和土体体积压缩量;固结过程中,将水和气看成混合的可压缩流体,建立混合流体的连续性方程,求解混合流体压力;同时考虑孔隙比和饱和度的变化,将孔隙水与混合流体的流量联系,建立改进的水连续性方程,求解水压力,进而求得气压力,吸力和土体的压缩量。
5) binary fluid mixtures
混合流体
1.
Travelling wave convection in binary fluid mixtures in a large rectangular cell;
大长高比腔体内的混合流体行进波对流
2.
Travelling wave convection in the binary fluid mixtures with weak Soret effect;
具有弱SORET效应的混合流体行进波对流
3.
Defect structures of Rayleigh-Benard travelling wave convection in binary fluid mixtures
混合流体Rayleigh-Benard行波对流中的缺陷结构
6) fluid mixed characteristics
流体混合
1.
Level fluctuations, fluid mixed characteristics and the patterns of flow fluid are the crucial factors evaluated the feeding system.
熔池液面波动、流体混合和流场状况是衡量布流系统好坏的重要因素。
2.
In the paper, according to the principle of similarity theory, a dynamic physical model on modeling level fluctuations and fluid mixed characteristics in molten pool for twin roll strip caster was established.
本文按照相似理论的原理,制作片模拟熔池内液面波动和流体混合的动态物理模型,分别采用超声波浪高仪和电导仪测定了不同结构尺寸的水口和工艺条件下熔池内液面波动和流体混合状况,得到了水口结构尺寸和工艺参数对熔池液面波动和流体混合状况影响的定量关系,为双辊薄带连铸熔池伸入式水口的设计及操作工艺参数的优化提供了依据。
补充资料:流星体化学
分子式:
CAS号:
性质:根据流星体与地球大气摩擦而形成的包层及尾迹的发射光谱测定,在流星头部的光谱中有中性原子和分子的谱线:FeI,MgI,CaI,NaI,MnI,CrI,AlI,NiI,HI;OI,NI,TiI,SiI,FeII,MgII,CalI,NaII,MnII,CrII,AlI,NiII,HII,OII,NII,TiII,SiII,N2,CN,FeO,C2,N2+,可能还有CI,SrI,BaI,CH,CO;有一次电离谱线:CaII,MgII,SiII,FeII,OII,NiII,TiII,CrII,SrII等。其中NI,MI,FeI的谱线是慢速流星的主要特征,而CaII的H,K线是快速流星光谱的主要特征。流星体的元素丰度大致与太阳系丰度一致,偶现流星的化学组成类似镍铁陨石,而流星雨中的化学组成类似于典型石陨石的化学组成。
CAS号:
性质:根据流星体与地球大气摩擦而形成的包层及尾迹的发射光谱测定,在流星头部的光谱中有中性原子和分子的谱线:FeI,MgI,CaI,NaI,MnI,CrI,AlI,NiI,HI;OI,NI,TiI,SiI,FeII,MgII,CalI,NaII,MnII,CrII,AlI,NiII,HII,OII,NII,TiII,SiII,N2,CN,FeO,C2,N2+,可能还有CI,SrI,BaI,CH,CO;有一次电离谱线:CaII,MgII,SiII,FeII,OII,NiII,TiII,CrII,SrII等。其中NI,MI,FeI的谱线是慢速流星的主要特征,而CaII的H,K线是快速流星光谱的主要特征。流星体的元素丰度大致与太阳系丰度一致,偶现流星的化学组成类似镍铁陨石,而流星雨中的化学组成类似于典型石陨石的化学组成。
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