根据叠加模型和弱化模型，建立体系中有EDTA存在时，硫酸锶沉淀过程的晶体生长动力学模型。结果表明，硫酸锶沉淀过程中晶体生长属于表面反应控制机理。
The crystal growth kinetic model for SrSO_4 precipitation process was established according to superposition model and weak interaction model when there was EDTA in the system.
本文采用玻尔兹曼-曼特诺变换方法，得到了一个新的描述硅快速热氧化生长动力学的解析模型。
A new analytical model for describing the growth kinetics of Rapid Thermal Oxidationof Si with the use of Boltzmann-Mamtano transformation is reported.
用分子动力学和薄膜生长的扩散限制聚集模型，薄膜中结瘤微缺陷成核时的分形现象得到了很好的解释。
By using the molecular dynamics theory and diffusion limited aggregation model of film growth, the fractal phenomenon of the nodule nucleation was well explained.
给出应用于纳米晶粒生长的动力学蒙特卡罗模型，并对模拟方法做了细致的讨论。
A lattice kinetic Monte Carlo model for nano-crystal growth is presented and discussed in detail.
现阶段的分形动力学生长模型多采用DLA模型，而维数的计算多依赖于盒计数法。
DLA model is often adopted in the fractal dynamics growth models, and the box dimension calculation method is often used to calculate the dimension.
根据双步结晶理论，对蒸发结晶的成核和生长动力学进行分析，建立了成核和生长的理论模型。
In the model, according to the two steps crystallization theory, the dynamics mechanism of crystal nucleation and growth was analyzed.
在本文中，考虑到传染病对宿主生物群体生长动力学的影响，对终身免疫型传染病的动力学建立了一个偏微分方程的模型。
In this paper, regarding the influence of infectious diseases on the dynamics of host population growth, a PDE model is established for the dynamics of infectious diseases with lifelong immunity.
研究了灰树花的生长特性，建立了灰树花的生长速率模型和基质消耗动力学模型；
The growth rate model and dynamics model of substrate consuming were established after studied the growth characteristics for Grifola frondosa.
建立了褐黄孢链霉菌分批发酵生产纳他霉素过程基于非结构模型的菌体生长、基质消耗和产物形成的动力学方程。
Mathematical kinetic model describing the time-course of biomass, products and substrates were obtained based on the unstructured model of biochemical process.
观察和研究的结果表明：关于光滑界面生长动力学的BCF模型、关于杂质对台阶生长阻碍作用的CV模型等已受到冲击与挑战；
The BCF model about smooth interface growth kinetics and the C V model about impurity stopping step have been collided with the AFM study results.
建立了L -乳酸间歇发酵菌体生长、产物生成和底物消耗的动力学模型，确定了模型参数。
Kinetic models of cell growth, L-lactic acid formation and glucose consumption in L-lactic acid batch fermentation are proposed and kinetic model parameters are determined.
然后，文章引入了活性段与非活性段的概念，将微生物生长的微观现象与宏观现象结合，建立了界面上米根霉生长的动力学模型——两相模型。
Secondly, the active zone and inactive zone of microbe is selected in the article, the two-phase model is established which considered the micro and macro growth phenomena all.
模型较好地吻合了界面上红曲霉生长的动力学曲线，反映了红曲霉固态发酵过程中微环境下的生长过程。
The model is fitting to the growth profile of Monascus on the membrane, and reflected the growth of Monascus in micro-environment with solid-state fermentation.
本文在经典汽泡动力学理论基础上，提出了描述汽泡生长过程的综合界面模型。
In this paper on the basis of the classical bubble dynamics, a new model is brought forward for the bubble growth in a nucleation boiling system-the comprehensive interface model.
建立了该菌株分批发酵合成红谷霉素的菌体生长、产物合成和葡萄糖消耗的动力学模型，并对模型参数进行了非线性回归。
The models were developed and provided a reasonable equation for biomass, production and glucose. And parameters were obtained by using non-linear regression techniques.
建立了该菌株分批发酵合成红谷霉素的菌体生长、产物合成和葡萄糖消耗的动力学模型，并对模型参数进行了非线性回归。
The models were developed and provided a reasonable equation for biomass, production and glucose. And parameters were obtained by using non-linear regression techniques.
应用推荐