论文标题
将部分有序的圆顶与连续平面上部分有序的息肉角的随机顺序吸附
Random sequential adsorption of partially ordered discorectangles onto a continuous plane
论文作者
论文摘要
计算机仿真用于研究相同的圆锥形在连续平面上的随机顺序吸附。分析了广泛的二合一纵横比（$ \ varepsilon \ in [1; 100] $）的问题。我们研究了各向异性沉积，即沉积颗粒的方向在一定间隔内均匀分布，以使颗粒沿给定方向优先排列。讨论了以$ s_0 $的不同值发现的包装密度$φ$变化的动力学。 Discorectangles的部分排序显着影响干扰状态下的填料密度，$φ_\ text {j} $，并在$φ_\ text {j}（\ varepsilon）$依赖项中移动了cusps。使用不同直径的磁盘吸附到沉积的圆锥形之间的多孔空间中，分析了阻塞状态的结构。假设粒子的壳结构进行了圆盘角之间的连通性分析。
Computer simulation was used to study the random sequential adsorption of identical discorectangles onto a continuous plane . The problem was analyzed for a wide range of discorectangle aspect ratios ($\varepsilon \in [1;100]$). We studied anisotropic deposition, i.e., the orientations of the deposited particles were uniformly distributed within some interval such that the particles were preferentially aligned along a given direction. The kinetics of the changes in the packing density $φ$ found at different values of $S_0$ are discussed. Partial ordering of the discorectangles significantly affected the packing density at the jamming state, $φ_\text{j}$, and shifted the cusps in the $φ_\text{j}(\varepsilon)$ dependencies. The structure of the jammed state was analyzed using the adsorption of disks of different diameters into the porous space between the deposited discorectangles. The analysis of the connectivity between the discorectangles was performed assuming a core---shell structure of particles.
