外加磁场影响磁性纳米粒子的排布，磁性纳米粒子的排布又会影响高分子刷的空间分布。
The applied magnetic field influences the arrangement of magnetic nanoparticles, and in turn the permutation of magnetic nanoparticles affects the spatial distribution of brush monomers.
研究发现高分子刷的平均高度与外加磁场的强度有关，同时还与高分子刷的嫁接密度和高分子刷长有关。
The average heights of polymer brushes depend not only on the strength of applied magnetic field, but also on the brush grafting density and chain length.
采用加权密度近似密度泛函理论研究了二元混合接枝高分子刷在不同性质溶剂诱导下的垂直相分离情况。
The density functional theory (DFT) is used to describe the perpendicular phase separation of binary mixed polymer brush grafted on a surface immersing in different solvents.
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