1) non-isodensity dual-component particulate
非等密度双组分颗粒
1.
On the basis of particulate dynamics and gas-solid two-phase hydrodynamics set up was a movement-collision decoupled model for the dense gas-solid two-phase and non-isodensity dual-component particulates in a fluidized bed.
基于颗粒动力学和气固两相流体动力学,建立流化床稠密气-固两相非等密度双组分颗粒运动碰撞解耦模型,采用硬球模拟方法研究颗粒间碰撞,大涡模拟方法研究气相湍流流动。
2) system of binary particle mixtures
双组分颗粒体系
3) binary mixture particle
双组分混合颗粒
1.
Flow behavior of binary mixture particles in gas-solid fluidized beds;
气固流化床中双组分混合颗粒的流态化特性
2.
Pressure drop and segregated effect of taper distributor with binary mixture particles were studied experimentally.
对大差异双组分混合颗粒锥形分布板的压降及分级效果进行了实验研究,实验结果表明,锥形分布板的压降随过孔气速的增加而增大,锥形分布板的阻力系数随过孔气速和操作雷诺数的增加而增大,当过孔气速为22m/s以及操作雷诺数为2。
3.
The bed expansion in the dense phase of binary mixture particle was studied experimentally in a large scale cold model of Perspex experimental equipment withΦ500 mm×12500 mm;and then the effects of gas superficial velocity,bed aspect ratio and mass fraction of fine particle on bed expansion of binary mixture particle were investigated.
在一套Φ500mm×12500mm大型冷模实验装置上对大差异双组分混合颗粒体系的密相床床膨胀规律进行了实验研究,考察了表观气速、床层高径比和小颗粒质量分率对混合颗粒体系床膨胀的影响。
4) particle density
颗粒密度
1.
Relation between dissolving quality and particle density;
配方奶粉的冲调性与颗粒密度的关系
2.
We found that there are particles on the fracture faces of peribacteroid membranes,but particle density on P face and E face is different,the former is quite abundant,the latter is less.
细菌周膜的断裂面上有颗粒状物质，但Ｐ面和Ｅ面有所不同，前者颗粒密度较大。
5) nonisothermal pellet
非等温颗粒
6) anisometric grains
非等轴颗粒
1.
The Flinn diagram of anisometric grains are divided by lines a =1, b =1,and a=b ,and curves a 2b =1 and ab 2=1 into ten subregions,corresponding to ten different combinations of e x,e y,e z ,and strain types.
非等轴颗粒付林图解由直线ａ＝１、ｂ＝１、ａ＝ｂ和曲线ａ２ｂ＝１、ａｂ２＝１分割成１０个微区，并对应于不同的ｅｘ、ｅｙ、ｅｚ组合和应变类型。
补充资料：双组分非混合型胶黏剂
分子式：
CAS号：
性质：如非混合型丙烯酸胶黏剂有A、B二液，二液不必混合，分别涂布在被粘体表面上，贴合，研动后固定。也有A、B二液都涂在一个被黏面上，贴合，研动使A、B二液混合。这类胶黏剂的特点是二液的混合比例宽，对固化特性和粘接性能影响不大。这种反应性丙烯酸胶黏剂也称作双主剂型胶黏剂。
CAS号：
性质：如非混合型丙烯酸胶黏剂有A、B二液，二液不必混合，分别涂布在被粘体表面上，贴合，研动后固定。也有A、B二液都涂在一个被黏面上，贴合，研动使A、B二液混合。这类胶黏剂的特点是二液的混合比例宽，对固化特性和粘接性能影响不大。这种反应性丙烯酸胶黏剂也称作双主剂型胶黏剂。
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