1) coagulation
[英][kəu'ægju'leiʃən] [美][koægjə'leʃən]
凝并
1.
Influence of different coagulation kernel and condensation/evaporation kernel on particle size distribution;
凝并和冷凝/蒸发对颗粒尺度分布的影响
2.
Multi-Monte Carlo method for simultaneous coagulation and condensation/evaporation of polydisperse particles;
处理多分散颗粒凝并和冷凝/蒸发问题的多重Monte Carlo算法
3.
Study on fractal coagulation characteristics of fire smoke particles;
火灾烟雾颗粒凝并分形特性研究
2) agglomeration
[英][ə,ɡlɔmə'reɪʃn] [美][ə'glɑmə'reʃən]
凝并
1.
By implementing the model, the reaction precipitation process in a batch reactor including reaction, nucleation, growth and agglomeration was simulated, in which agglomeration was modeled by the method of particles classes.
采用基于粒数衡算方程及物料衡算方程的数值模拟方法模拟了包括反应、成核、生长及凝并的反应沉淀制备亚微米粒子的过程 ,其中颗粒间的凝并过程采用分级模型来模拟 ,产物颗粒的粒度分布 (PSD)由离散化的粒数衡算方程求得 。
2.
The agglomeration of the charged dust particle is investigated by the method of electric-fluid mechanics and the transport theory of external force field.
应用电流体力学和外力场输运理论,分析了电收尘器中带电粉尘粒子的凝并现象。
3) electric coagulation
电凝并
1.
Experiment on particles and formaldehyde elimination by electric coagulation indoor air cleaning system;
电凝并式空气净化单元对颗粒物和甲醛净化效果的实验
2.
A new type electric coagulation indoor air cleaning system, which had an excellent effect on particles elimination in indoor air, was introduced in this paper.
研究了一种新型高压高频(HV-HF)电凝并式空气净化系统,进行了电极参数的变化对该电凝并装置净化颗粒物效果的实验研究。
4) electric agglomeration
电凝并
1.
Removal of fine particles of flue gas by electric agglomeration;
燃煤锅炉烟气中小颗粒的电凝并脱除
2.
Firstly, we include actuality of particle agglomeration technology; We also include briefly the task system, which called PM_(10) electric agglomeration system.
电凝并技术是脱除PM_(10)和PM_(2。
5) condensational growth
凝并长大
6) coagulating technique
凝并技术
1.
The multi-mechanics deduster combining aerodynamical and electrostatic force will be the development tendency; the application of coagulating technique can control the submicro particle more effectively.
袋式除尘器和电除尘器是未来控制烟气微细粒子的主要除尘设备;空气动力和静电力结合的多机理复合除尘器也将成为一个发展方向;凝并技术的应用,能有效地控制亚微粒子;磁力除尘技术的开发,将使细微粒子的收集更为节能高效。
补充资料：凝并
分子式：
CAS号：
性质：又称凝并。在两相流体中以微团的状态存在的分散相，当发生碰撞时，有自发地合并成更大的微团的趋向，这种现象称为聚并。如两互不溶解的液相，分散相是以液滴的状态存在；气-液两相，当液相为连续相时，气相是以气泡的形式存在；当气相为连续相时，液相是以液滴的形式存在。这些微液滴或小气泡发生碰撞时，都有自发地合并成更大的液滴或气泡的趋向。已聚并的液滴或气泡，在受了外力后也会再分散成小液滴或小气泡，但这个过程不是自发的。
CAS号：
性质：又称凝并。在两相流体中以微团的状态存在的分散相，当发生碰撞时，有自发地合并成更大的微团的趋向，这种现象称为聚并。如两互不溶解的液相，分散相是以液滴的状态存在；气-液两相，当液相为连续相时，气相是以气泡的形式存在；当气相为连续相时，液相是以液滴的形式存在。这些微液滴或小气泡发生碰撞时，都有自发地合并成更大的液滴或气泡的趋向。已聚并的液滴或气泡，在受了外力后也会再分散成小液滴或小气泡，但这个过程不是自发的。
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参考词条