1) fractal coagulation
分形凝并
1.
Self-preserving size distribution of fire smoke soot fractal coagulation;
火灾烟雾碳黑分形凝并自保尺度分布
2.
The fractal coagulation theory was first applied to analyze the fire smoke soot agglomeration of flame combustion, theoretically proved that there exits self-preserving size distribution in the flame region and above the flame region.
将分形凝并理论首次应用分析火灾燃烧物有焰燃烧烟雾破黑凝聚现象,从理论上证明了火焰区及火焰区上方两个不同区域内碳黑颗粒凝并均存在自保尺度分布,并分析求解得出归一化总颗粒数目浓度与无量纲时间的变化关系及从单谱分布达到自保尺度分布所需实际时间。
2) fractal aggregation
分形凝聚
1.
From transmission electron micrographs, phenomena have been observed of fractal aggregation in nanometersized Mn2O3.
首次在Ｍｎ２Ｏ３材料中观察到了分形凝聚现象。
3) fractal aggregates
分形絮凝体
1.
The results indicate that the structure and formation process of the aggregates take on fractal characteristics,and fractal dimension D can be characterized into morphologic properties of fractal aggregates in quantity as follows: ① The growth mechanism of fractal aggregates is mainly of the diffusion-limited cluster aggregati.
结果表明,絮体结构及其形成过程具有分形特征;参数“分维D”可用于定量表征分形絮凝体的形态学特性:①絮体生长机制以DLCA与RLCA模式为主,其生长模式从快速混合阶段的分枝状DLCA结构逐步向慢速絮凝阶段的密实RLCA构型演变;②粒径分布在3个区域,其曲线形状类似广义的正态分布,“分维”能定量确定絮体密实性与沉降特性达最佳时的粒径范围;③分形结构的不断演变引起絮体内部渗透性显著不同,分形絮体自由沉降规律不能用Stokes定律进行合理解释;④在一定粒径范围内,絮体有效质量密度与Stokes粒径存在双对数线性关系,絮体的孔隙率是影响其密实性的主要原因;⑤对相同含沙量的泥沙水絮凝时,A l2(SO4)3形成的无机混凝剂絮体结构与高分子架桥絮体分形结构相比,具有絮体粒径小、结构脆弱,能承受的剪切强度G值低等特点。
4) 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
5) 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。
6) Graphics Division And Mergence
图形分割与合并
补充资料：心凝形释
1.精神专注，达到忘形的境界。
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