Spontaneous switching of camphor motion between two chambers
Spontaneous switching of camphor motion between two chambers
复制标题
两个室之间樟脑运动的自发切换
DOI：
10.1039/b000648n
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发表时间：
2000
影响因子：
3.3
通讯作者：
Haruhisa Komoto
中科院分区：
文献类型：
--
作者：
S. Nakata;Yuko Hayashima;Haruhisa Komoto
的
研究了等温条件下固体刮擦在空气/水界面处的自发运动
条件。自发旋转的樟脑刮片在两个相连的室之间移动。为了澄清性质
通过这种切换，在空间上测量空气/水界面的表面张力。基本特征
通过基于偏微分方程的计算机模拟再现了开关的过程。这些
结果将有助于创建化学机械转导和人工向量
电机
它模仿
等温条件下活生物体的运动器官或细胞器。
The
spontaneous motion of a solid scraping at an air/water interface was investigated under isothermal
conditions. A spontaneously rotating camphor scraping moved between two connected chambers. To clarify the nature of
this switching, the surface tension at the air/water interface was measured spatially. The essential features
of the switching were reproduced by a computer simulation based on a partial differential equation. These
results will be helpful for creating chemo-mechanical transduction and an artificial vectorial
motor
which mimics
motor organs or organelles in living organisms under isothermal conditions.