mixing beater

mixing beater的基本解释

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[化] 搅拌机

与mixing beater相关的网络例句 [注：此内容来源于网络，仅供参考]

Product description: ZT4-00 23 liters laboratory beater Characteristic: This machine adopts Holland type beater chest, beater roll, bed knife which all used high-quality stainless steel; beater roll is made of stainless steel, knife can't be drop. Long performance life; automatically beat time control; dustcoat used organic material transparent high strength, whole operating process is directly observed.

产品说明： ZT4-00型23升打浆机特点：本机采用荷兰式浆池、飞刀辊、底刀并全部采用优质不锈钢制作；其中飞刀辊是整体不锈钢制作，不存在刀片松动等现象，使用寿命长；打浆时间自动控制；外罩采用透明高强度有机材料制作，整个操作过程直观可视。

The numerical results indicated that the mixing time decreases about linearly with increasing current intensity. The mixing time decreases first then increases with increasing current frequency and comes up to its minimum value at 30Hz. Applying the traveling magnetic field to the uptake or downtake when the exciting current intensity is 200 A at 10 Hz, the mixing time can be shortened by 9%~17%. With the operating conditions kept unchanged, shorter mixing time is available if applying the traveling magnetic field to the uptake instead of downtake, and the time can be shortened by 18%~26% if applying the magnetic field to both the uptake and downtake. Moreover, the mixing time decreases with increasing argon blowing flowrate, and the time comes down to its minimum value if the argon blowing flowrate is 1 600 NL/min. After the moment, the mixing time increases with argon blowing flowrate.

计算结果表明：混匀时间随电流强度的增大而减小，并且近似成线性关系；混匀时间随电流频率的增加先减小后增大，并且在30Hz 时达到极小值；在励磁电流强度为200A ，频率为10Hz 的条件下，在上升管或下降管施加行波磁场混匀时间可缩短9%~17%；在相同操作条件下，在上升管处施加行波磁场混匀时间小于在下降管施加行波磁场的混匀时间；同时在上升管和下降管施加行波磁场，混匀时间可缩短18%~26%；混匀时间随吹氩量的增大而减小，在吹氩量为1600NL/min 时混匀时间达到极小值，吹氩量继续增大时，混匀时间反而增大。

In the last chapter, on the basis of theories in paper [4, 5], the notions of strong mixing, weak mixing, generator and expansion of the variable-parametric dynamical system are introduced, it turns out that in variable-parametric dynamical system strong mixing implies weak mixing and then implies transitivity; it is proved that if and both are variable-parametric dynamical system, F conjugates with G , the members of F are communicate with each other and the members of G are also communicate with each other, what's more, they are both homeomorphism, then F is strong mixing implies G has the same properties; futhermore, we prove that F is strong mixing implies F Devaney chaos in the sense of modification in variable-parametric dynamical system and that F Devaney chaos in the sense of modification if and only if G Devaney chaos in the sense of modification when semi-conjugate with and they both are communicate and homeomorphism; at last, we illustrate that F has generator if and only if it has weak generator, and we also prove that if F is expansion, then F has generator.

在第三章中，我们在文[4，5]的基础上，提出了变参数动力系统拓扑强混合、拓扑弱混合以及变参数动力系统的生成子、扩张的概念；证明了变参数动力系统拓扑强混合蕴含拓扑弱混合，进而蕴含拓扑传递；证明了：如果，为两个变参数动力系统，F与G拓扑半共轭，且F两两可交换，G两两可交换，它们均为同胚映射，那么F拓扑强混合，则G也有同样的性质；本章还证明了变参数动力系统拓扑强混合蕴含F在修改的意义下Devaney混沌；在此基础上得出了：如果变参数动力系统与变参数动力系统拓扑半共轭，它们都两两可交换，并且它们均为同胚映射，那么F在修改的意义下Devaney混沌当且仅当G在修改的意义下Devaney混沌；得出了F有生成子当且仅当F有弱生成子；如果F是扩张的，则F有生成子。

与mixing beater相关的网络解释 [注：此内容来源于网络，仅供参考]

mixing：混炼

第二节 混炼(mixing)工艺名称:制订混炼(mixing)计划(子项目中2、3项)内容: 混炼(mixing)方法确定混炼(mixing)方案确定教师总结: 混炼(mixing)工艺流程混炼(mixing)方法:2.开炼机混炼(mixing)的工艺方法连续混炼(mixing)是指采

beater room：打浆车间,打浆工段

beater roll pressure 打浆辊压力 | beater room 打浆车间,打浆工段 | beater sized 打浆机内施胶

beater pulverizer：锤式粉碎机

beater cylinder 搅抖筒 | beater pulverizer 锤式粉碎机 | beater stuff tester 打浆浆料检测仪