可以找到这样一个体系，其溶液条件不发生均匀成核，而是异相表面成核。
We find a solution system in which the nucleation does not take place uniformly, but does on the surfaces of different solid phases.
成核剂是聚烯烃的功能型助剂，它可提高聚烯烃产品的刚性、透明性以及表面光泽度。
Nucleating agent is a functional accessory ingredient of polyolefin that can improve the rigidity, transparency and surface gloss of polyolefin products.
借助SEM分析了不同缺陷的成核机制，确定了获得良好表面形貌所需的最佳生长条件。
The mechanism of surface defect formation was analyzed by SEM observations. The optimal growth conditions for obtaining a good morphological surface were determined.
发现和研究了表面扩散对CVD金刚石成核的重要影响。
A great impact of surface diffusion on CVD diamond nucleation is discovered and investigated.
在低压气相生长金刚石薄膜过程中，通过在衬底表面引入缺陷，通常是一种行之有效的提高成核密度的方法。
To increase nucleation density, the methods of introducing defects on substrate surface are more effective in the diamond thin films growth by means of the low pressure vapor phase deposition.
成核理论，包含了表面能和体积能之交互作用，凝聚应变能。
Nucleation Theory, including Interplay between Surface and Volumetric Energy Terms, Coherency Strain Energy.
最后讨论了基片表面预处理对金刚石成核作用的机理和两种新的表面预处理方法。
Finally, we discussed it's mechanism of and two new methods of substrate surface pre-handle.
本文研究了在热丝CVD方法生长金刚石薄膜中，基片表面的研磨处理对金刚石成核密度以及生长膜结构的影响。
The effect of substrate surface pre-polishing on nucleation of diamond and structure of diamond thin films by HFCVD has been studied.
表面扩散对CVD金刚石成核有重要影响。
The influence of surface diffusion on CVD diamond nucleation was found very important.
对成核过程的分析表明，过饱和度以及表面接触角对于成核速率有着明显的影响。
The study on nuclear process indicates that super saturation and contact angle has obviously influence on nuclear speed.
利用光学显微术观察了原生晶体的表面形貌，发现了微管在晶体表面的露头点具有明显的多个螺位错成核特征。
It is found that outcrops of micropipes on the crystal surface possess remarkable feature of double or multiple screw dislocations.
用连续三脉冲(氧化、成核和生长)电势或电流在高定向石墨表面电沉积钯合金纳米线阵列。
The palladium alloy nanowire arrays were electrodeposited on the surface of highly oriented pyrolytic graphite by successive three pulses of potential or current (oxidation, nucleation and growth).
论文初步分析了晶体表面形貌形成的原因，证明晶体中的各种缺陷也影响了晶体生长，由此得出方解石晶体表面形貌的形成是二维成核生长机制与缺陷生长机制共同作用的结果。
Analyzing the formation of growth morphology, the research proves that the crystal defects affect crystal growth. It can be concluded that the 2d nucleation and crystal defects control calcite growth.
论文初步分析了晶体表面形貌形成的原因，证明晶体中的各种缺陷也影响了晶体生长，由此得出方解石晶体表面形貌的形成是二维成核生长机制与缺陷生长机制共同作用的结果。
Analyzing the formation of growth morphology, the research proves that the crystal defects affect crystal growth. It can be concluded that the 2d nucleation and crystal defects control calcite growth.
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