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Catalytic Microstrider at the Air-Liquid Interface

  作者 Solovev, AA; Mei, YF; Schmidt, OG  
  选自 期刊  ADVANCED MATERIALS;  卷期  2010年22-39;  页码  4340-4340  
  关联知识点  
 

[摘要]Rolled-up microtubes work as catalytic striders at the air-liquid interface of hydrogen peroxide solution (sketched in the left image). Such micromachines, buoyed by oxygen bubbles, self-propel at the fuel surface by the bubble recoiling mechanism and dynamically self-assemble into patterns (right image) due to the meniscus-climbing effect.

 
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