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(Stable support of different anisotropic armored interfaces with various prticle sizes and bubble sizes. (a) Ellipsoidal bubble obtained by fusing two spherical armored bubbles. (b) Extremely high aspect-ratio gas bubbles such as these mm-length spherocy)
 
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Stable support of different anisotropic armored interfaces with various prticle sizes and bubble sizes.
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Stable support of different anisotropic armored interfaces with various particle sizes and bubble sizes.
  
 
(a) Ellipsoidal bubble obtained by fusing two spherical armored bubbles.
 
(a) Ellipsoidal bubble obtained by fusing two spherical armored bubbles.

Latest revision as of 23:41, 28 November 2009

Stable support of different anisotropic armored interfaces with various particle sizes and bubble sizes.

(a) Ellipsoidal bubble obtained by fusing two spherical armored bubbles.

(b) Extremely high aspect-ratio gas bubbles such as these mm-length spherocylinders can be formed by several successive coalescence events.

(c) A membranelike solid created by partially evacuating an armored bubble that was originally spherical.

(d) One can even generate a permanent stable change in topology of an air bubble by introducing a hole to create a toroid.

From:

Authors: Anand Bala Subramaniam, Manouk Abkarian, L. Mahadevan, and Howard Stone.

Date: May 24, 2006

Division of Engineering and Applied Sciences, Harvard University, Cambridge, MA 02138, USA.

Langmuir 2006, 22, 10204-10208. [1]

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