1) agglomeration
凝聚现象
1.
The various physical properties of ice slurry used to determine the ice concentration and how to measure ice slurry particle agglomeration and ice packing fraction in storage tank are presented, which point out the direction for the measurement in the ice slurry system.
着重介绍了二元冰的性质及系统中凝聚现象和含冰率的测试技术,为二元冰蓄冷系统的测试研究指明了方向。
2) correlation principle of wave-aggregate duality
BEC（玻色-爱因斯坦凝聚）现象
3) coagulation
凝聚
1.
Preparation of powdered styrene-butadiene rubber by macromolecule encapsulation and coagulation;
高分子包覆凝聚法制备粉末丁苯橡胶
2.
Understanding of the effect mechanism of Ca~(2+)on flotation and coagulation of slimes;
对Ca~(2+)影响煤泥浮选和凝聚作用机理的认识
3.
Preparation of powdered nitrile rubber by coagulation;
凝聚法制备粉末丁腈橡胶的生产技术
4) condensation
凝聚
1.
Energy saving theory of solution polymerization rubber steam condensation;
溶液聚合橡胶凝聚节能理论
2.
Sub—structure Condensation Method Analying Tall Steel Building on P.C;
用子结构凝聚法在微机上分析高层钢结构
3.
Automatic FE mesh generation and condensation based on quadtree;
基于四叉树法的有限元网格自动生成及凝聚方法
5) agglomeration
凝聚
1.
A Study on Recovery of Precious Metals from the Waste-water by Combined Methods of Agglomeration and Adsorption;
凝聚与吸附组合法回收银、钯工艺研究
2.
The design and implementation of radar automatic detection and plots agglomeration based on multi-DSP;
基于多DSP的雷达自动检测及点迹凝聚的设计与实现
3.
Theoretical analysis and experimental research are carried out in depth on principle and main influences of particle agglomeration in electrocyclone.
针对特定的反转式电旋风除尘器中的固体颗粒,把颗粒的整个收集过程分成4个区域,分别进行颗粒的凝聚机理分析,并通过冷态实验证实颗粒凝聚的规律性。
6) aggregation
凝聚
1.
Diffusion and aggregation behaviors of silver atoms on charged liquid substrates;
带电液体基底表面银原子的凝聚和扩散行为
2.
5kb) confers an aggregation phenotype on the cells.
5kb)赋予乳酸乳球菌细胞凝聚表型,它是以θ模式进行复制,复制蛋白与其它以θ模式进行复制的质粒的复制蛋白具有极高的同源性。
3.
The characteristics and the aggregation degree of PBA/PMMA complex latex in the presence of Al 2(SO 4) 3 were investigated.
考察ＰＢＡ／ＰＭＭＡ乳胶在Ａｌ２（ＳＯ４）３ 存在下的凝聚过程发现：乳液表面张力发生从低到高的突变，粘度呈现最高极值点变化，电导率呈最低极值变化，ｐＨ值渐减；不同阶段的乳液，乳胶粒的凝并体积分数和乳胶粒径分布不同；≥５０％ 原胶粒子凝并时表面张力突增，全部凝并时粘度最大；凝聚是胶粒逐步凝并的过程，乳胶结构对凝聚和凝结干样形态有影响。
参考词条
补充资料：BCS凝聚能（BCScondensationenergy）
BCS凝聚能（BCScondensationenergy）
一般将T=0K时的超导基态能量Es(0)与正常态费米球分布能量En(0)之差称BCS凝聚能。由BCS理论给出：
Es(0)-En(0)=-N(0)Δ2(0)/2
由此可知，Es(0)＜En(0)，能隙2Δ(0)的出现，系统将从正常态转入超导态而发生超导相变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。