The paper demonstrated a facile approach for the orientated assembly of the rod-like silica particles by sandwich structure from the combined effect of superhydrophobic template and the superhydrophilic substrates. Th...The paper demonstrated a facile approach for the orientated assembly of the rod-like silica particles by sandwich structure from the combined effect of superhydrophobic template and the superhydrophilic substrates. The rod-like particles can be arranged in ring-like, square-like and etc from the confined effect of the template, which will produce an important insight for the oriented assembly ofanisotropic particles and the development of the novel functional materials and devices.展开更多
基金financial support by the National Nature Sciences Foundation (Nos.51373183,91127029,and 21074139)973 program (No.2013CB933000)Key Research Program of the Chinese Academy of Sciences
文摘The paper demonstrated a facile approach for the orientated assembly of the rod-like silica particles by sandwich structure from the combined effect of superhydrophobic template and the superhydrophilic substrates. The rod-like particles can be arranged in ring-like, square-like and etc from the confined effect of the template, which will produce an important insight for the oriented assembly ofanisotropic particles and the development of the novel functional materials and devices.
