2) α-Al Nucleation Mechanism
α-Al形核机理
3) Nucleation mechanism in initial period
初期形核机理
1.
Nucleation mechanism in initial period is discussed by using energy diffraction spectroscopy(EDS) for elemental analysis and SEM to abserve surface morphologies.
采用元素分析和镀层形貌相结合的方法探讨镀层初期形核机理。
2.
In this work,Nucleation mechanism in initial period is discussed by using energy diffraction spectroscopy(EDS) for elemental analysis and SEM to abserve surface morphologies.
本文采用元素分析和镀层形貌相结合的方法探讨镀层初期形核机理。
4) nucleation theory
形核理论
1.
The competitive nucleation ofα(Cu) phase and L2 phase and solidification behavior in Cu-20%Pb hypomonotectic alloy were analyzed by means of classical nucleation theory along with transient nucleation the.
用经典形核理论和瞬态形核理论分析了Cu-20%Pb亚偏晶合金过冷熔体中α(Cu)相和L2相竞争形核及其凝固过程。
5) Nucleation mechanism
形核机制
1.
Nucleation Mechanism and Transformation Kinetics of the In-situ TiB_2 Particulate Reinforced Aluminum Matrix Composites;
原位TiB_2/Al复合材料形核机制
2.
Simulation of effect of nucleation mechanism on dynamic recrystallization process;
不同形核机制下对动态再结晶过程模拟研究
3.
The nucleation mechanism and the influence of γ′phase on recrystallization process during static recrystallization were also discussed.
对热等静压FGH95合金高温挤压形变后的试样进行静态再结晶处理,讨论了其再结晶形核机制及γ′相对再结晶过程的影响。
6) nucleation mechanism
成核机理
1.
Kinetics and nucleation mechanism of acrylate emulsion polymerization modified by vinyl alkoxy silane;
乙烯基硅氧烷改性丙烯酸酯乳液聚合的动力学及成核机理分析
2.
The nucleation mechanism was deduced by analyzing the growth of particle size and its distribution during the polymerization process.
在半连续乳液聚合过程中,研究了甲基丙烯酸甲酯(MMA)与丙烯酸丁酯(BA)共聚时单体配比及pH调节剂(NaHCO3)对成核过程的影响,并根据整个聚合过程中粒径及其分布的变化规律来推断体系的成核机理。
3.
The influences of the reaction temperature(T),the concentration of initiator([I])and emulsifier([E]) on the polymerization kinetics for semi-continuous emulsion polymerization were studied,and the nucleation mechanism and evolvement regulation of emulsion particle size and size distribution were investigated during the whole process of polymerization with various[E].
以甲基丙烯酸甲酯(MMA)和丙烯酸丁酯(BA)为反应单体合成丙烯酸酯乳液,研究了半连续式乳液聚合过程中反应温度(T)、引发剂浓度([I])和乳化剂浓度([E])对聚合动力学的影响,并着重分析了不同[E]时体系的成核机理和整个聚合过程中粒径及其分布的演变规律。
补充资料：成核生长机理
分子式：
CAS号：
性质：理想晶面上金属电结晶过程的理论。此理论认为，在理想平整的晶面上，由于不存在“生长点”，因此，晶体继续生长的前提是在晶面上出现新的晶核。晶核的形成是晶体生长过程的速率控制步骤。在未完成的理想晶面上，晶面的继续生长只能在少数占有最低能量位置的“生长点”或“生长线”上进行。金属离子在晶面上任一位置都可放电并形成“吸附原子”，然后通过扩散转移到“生长线”和“生长点”上。
CAS号：
性质：理想晶面上金属电结晶过程的理论。此理论认为，在理想平整的晶面上，由于不存在“生长点”，因此，晶体继续生长的前提是在晶面上出现新的晶核。晶核的形成是晶体生长过程的速率控制步骤。在未完成的理想晶面上，晶面的继续生长只能在少数占有最低能量位置的“生长点”或“生长线”上进行。金属离子在晶面上任一位置都可放电并形成“吸附原子”，然后通过扩散转移到“生长线”和“生长点”上。
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