homogeneous nucleation

均相成核:一种液体在没有固体表面的情况下
常用释义
均相成核:一种液体在没有固体表面的情况下,通过分子自发聚集形成固相颗粒的过程。

例句

1·Heterogeneous nucleation may take place at significantly lower supersaturations than homogeneous nucleation.

多相成核能在比均相成核低很多的过饱和状态下发生。

2·The results indicate that the soapless emulsion polymerization of 4VP/BA followed homogeneous nucleation mechanism.

结果表明:4VP/BA的无皂乳液聚合遵循均相成核机理。

3·At the low supersaturation region, experimental results deviate from the theoretical characterization of homogeneous nucleation.

在低过饱和区,非均匀成核是主要的,实验结果偏离了均匀成核的理论表征;

4·During the treatment process of flue gas, heavy metal was concentrated in fly ash by the way of homogeneous nucleation and heterogeneous deposition.

在尾气处理过程中,重金属以均匀核化、异相沉积等方式从烟气浓缩到飞灰中。

5·It turns out that it is a reasonable method to calculate the homogeneous nucleation rate of superheated liquid helium with the energy fluctuation theory.

结果表明,用能量涨落理论来计算过热液氦的均匀核化速率是一种比较合理的方法。

6·The liquid superheat limit and vapor subcooling limit in homogeneous nucleation are determined in the present paper by using density fluctuation theory of statistical thermodynamics.

应用统计热力学巨正则系综的密度涨落理论,提出了确定均质沸腾中液体极限过热度和均质凝结中蒸汽极限过冷度的方法。

7·Therefere it is considered that in the si crystals adopted and the heat treatment used in the experiment, the homogeneous nucleation may be the leading form of the oxygen precipitation.

因此认为,对所采用的硅单晶在具体工艺条件下,氧沉淀是以均匀成核为主。

8·This can only be illustrated by the homogeneous nucleation theory, and the experimental results may be considered as another evidence to support the theory of homogeneous nucleation accordingly.

这只能用均匀成核理论来解释,因而这一实验结果可作为均匀成核的另一依据。

9·The classical homogeneous nucleation theory was adopted. The theoretical analysis and numerical calculation of water vapor condensation process were completed by means of the characteristic method.

本文采用经典成核理论,将特征线方法应用到水蒸汽凝结过程,进行了理论分析和数值计算。

10·Some of the processes involved in thin film nucleation and growth are discussed. Somephenomena presented in homogeneous and heteroepitaxy growth are also investigated.

本文对薄膜沉积的形核、生长过程,对同质外延、异质外延生长过程中的某些现象进行了研究。