Based on the understanding of the thermal dynamic and kinetic process during the microstructure control of the nanocrystal, we also studied the growth process of the oxide nanocrystals through electron observations and structure characterizations. We believed that oriented-attachment based mechanism predominated the growth at the initial stage when monomer concentration was high, while Ostwald-ripening process assisted the perfection of the crystal at the later stage with lower monomer concentration.
在此过程中，基于对反应热力学和动力学过程的认识，结合电镜观察和对产物的结构表征，对纳米晶的生长过程进行了深入的研究，发现在反应前期，当单体浓度比较高的时候，氧化物纳米晶主要以取向连接的方式生长；而在反应后期，当单体浓度较低的时候，通过Ostwald-ripening过程对取向连接过程中产生的缺陷进行修复。
In the refinement stage, logarithmic diameter of silicon is inversely proportional to logarithmic time, however, in the coarsening stage, they are proportional to each other, which follows the Ostwald ripening theory.
在细化阶段，硅相直径的对数与时间的对数呈反比关系；而在粗化阶段，二者呈正比关系，遵从Ostwald熟化理论。
With respect to homogeneous catalysis, the thermoregulated Rh complex catalyst was shown to form colloidal Rh after the repeated catalytic cycles. Ultimately, as a result of Ostwald ripening, the colloids grow and form metal precipitates, causing them to lose their activity.
此外，本论文对温控相转移催化过程中原位生成的铑胶体进行了研究，发现生成的铑胶体在进一步的反应循环中表现出奥斯特瓦德熟化特征，其不稳定性可能是造成催化体系多次循环后失活的原因。
The mechanism of this dissolution was attributed to Ostwald ripening.
讨论了铁氧化物自发溶解的原因，认为空心碳纳米棒的形成是由Ostwald熟化现象造成的。
This method makes it possibleto lower the rate of Ostwald ripening by sever al orders of magnitude.
在水在油乳化液，电解质被溶化在被分散的阶段可能担当这样第二个组分。
The pores and precipitates showed the ostwald ripening and the growth of pores and precipitates satisfied the Lifshitz-Wagner equation.
孔和析出物显示出Ostward时效，而孔和析出物的长大满足Lifshitz-Wagner方程。
The simulation results show that the particle growth and Ostwald ripening in two liquid phase fields of the alloy can be realized by the adjusting the gradient coefficient and mobility ratio.
结果表明，合金体系中两液相区中的第二相颗粒生长和Ostwald熟化过程可以通过调节能量梯度系数和迁移率系数实现。
The radially outward structure of the core is explained by the fractal growth theory, and the formation of Core/Shell structure is explained by the Ostwald ripening theory.
利用分形生长机理解释了粒子放射性结构的形成，并利用奥斯特瓦尔德熟化理论解释了核/壳结构的形成。
After holding 5 min, the semisolid grains become coarse and the coarsening mechanism is Ostwald ripening.
等温5 min后，半固态颗粒发生长大，其长大机制为Ostwald熟化。
Analysis showed that the growing of Ag nanoparticles was mainly controlled by Ostwald ripening. The shape changed of Ag nanoparticles was due to the preferential adsorption of PVP on Ag (100) crystal surface.
分析表明在高温缺少Ag源条件下，Ag纳米粒子的生长主要受Ostwald熟化控制，异形化主要是由于PVP对Ag（100）晶面优先吸附的结果。
According to the solubility product theory of second phase in austenite, Ostward ripening theory, grain size control theory and precipitation strengthening theory, the probability for formation of inclusions in austenite and the inclusion size control have been theoretically analyzed and calculated.
根据奥氏体中第二相的固溶度积理论、Ostwald熟化理论、晶粒尺寸控制理论和沉淀强化理论，对薄板坯连铸连轧时钢中主要夹杂物在奥氏体中形成的可能性及其尺寸的控制进行了理论分析计算。
According to Ostwald ripening theory of second phases in dilute solution, the effect of relative content of sulfur and manganese in steel on controlled element of the Ostwald ripening process of manganese sulfide has been theoretically analyzed and calculated.
根据稀溶体中第二相的Ostwald熟化的理论，分析计算了钢中硫、锰元素的相对含量对硫化锰在钢中的Ostwald熟化过程控制性元素的影响。
Theoretical Analysis on Controlled Element of Ostwald Ripening Process of Manganese Sulfide in Steels
硫化锰在钢中的Ostwald熟化过程的控制性元素的理论分析
There appeared two kinds of variations in the QDs as time progresses, one is the Ostwald ripening process, the other is the dot formation process.
随着时间的推移，量子点发生了两种变化，即Ostwald熟化过程和量子点的生成过程。
In addition, both Ostwald ripening and oriented aggregation mechanisms are supposed to be responsible for the growth process of the nanocrystals at the relatively high pH value.
在pH值较高的条件下，除了通常的Ostwaldripening晶体生长粗化机理外，合并生长机理对纳米晶生长过程也发挥了作用。
Ostwald ripening processes are proposed to explain the growth mechanism of the homogeneous Cu2O core-shell structure. Meanwhile, the influences of reaction time and temperature have been also researched for exploring the growth process.
Ostwaids生长机理用来解释核壳结构的生长过程，并且研究了反应温度，反应时间对产物结构的影响，以此进一步验证所提出机理的合理性。
The study of the precipitation behavior and Ostwald ripening in Hi-B steels
Hi-B钢中抑制剂析出行为的研究
The results show: when the strain energy is neglected, randomly distributed equiaxed particles were obtained with isotropic characteristics, its coarsening follows the Ostwald ripening mechanism: smaller particles dwindle and larger particles grow;
研究发现：当忽略应变能时，沉淀相为随机分布的等轴颗粒，呈各向同性特征，其粗化遵循奥斯瓦尔德熟化机制：小颗粒溶解，大颗粒长大。
The inside-out Ostwald ripening is responsible for the growth of spherical particles and the formation of hollow like-nanosphere.
对Ostwald成熟机理在球形颗粒的成长及中空类纳米球颗粒形成中的作用进行了讨论。
The growth mechanism of the LDH nanocomposite particles from amorphous particles involved particle attachment and Ostwald ripening.
由无定形纳米粒子生长成LDH复合纳米粒子的生长机理涉及粒子接触和奥氏熟化。