Molecular Simulation Study on Adsorption and Aggregation Behaviors of Surfactants in a Solid Liquid Interface(SLI) and Confined Space 表面活性剂在固液界面(SLI)及限制空间中的吸附和聚集行为的分子模拟研究
A position predict correct procedure was developed to accurately identify the solid liquid interface location during welding. 提出了位置预测修正技术,以便准确地捕捉焊接过程中固液交界面的形状。
RDX suspension exist the critical volume fraction, and with raising temperature, the apparent viscosity in RDX ( I ) / PEG suspension has a general increased tendency which is relative to RDX particle size and solid liquid interface. 在RDX(I)悬浮液中RDX存在临界体积分数,且在硝酸酯增塑的聚乙二醇黏合剂体系中的表观黏度随温度的升高呈增加趋势,这与RDX的粒度和固-液界面相关。
By analysis of heat transfer during directional solidification, it is given the response function of solid liquid interface velocity to the traction rate, which can be applied under the condition of local equilibrium. 通过传热分析,给出了定向凝固过程中界面速率对机械牵引速率的响应函数,指出在低速凝固条件下,界面速率可以视为与牵引速率相等;
Monte Carlo simulation method was used to simulate the adsorption of diblock copolymers at solid liquid interface. The microstructure information of adsorbed layer, such as adsorbed segment profile and the distribution of size of various adsorption configurations, was obtained. 用MonteCarlo方法对两嵌段共聚高分子在固液界面(SLI)的吸附进行模拟,获得了固液界面(SLI)区吸附链节的分布和吸附构型大小分布等微观信息。