Difference between revisions of "Bursting of soap films. I. An experimental study"

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== Soft Matter Keywords ==
 
== Soft Matter Keywords ==
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soap film, inertia regime
  
[[Image:McEntee-1.jpg|200px|thumb|right|Figure 1.  adfasdf]]
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[[Image:McEntee-1.jpg|200px|thumb|right|Figure 1.  Top row shows a series of high-speed flash photographs of bursting films taken in reflected light.  Delay between perforating spark and illuminating flash (film thickness): a) 75 microseconds (.28 microns), b) 250 microseconds (.43 microns), c) 200 microseconds (.01 microns).  Bottom row shows scattered light images of a bursting film.  Delay and film thickness: a) 900 microseconds (3.4 microns), b) 320 microseconds (.029 microns).]]
 
[[Image:McEntee-2.jpg|200px|thumb|right|Figure 2.  adfasdf]]
 
[[Image:McEntee-2.jpg|200px|thumb|right|Figure 2.  adfasdf]]
 
[[Image:McEntee-3.jpg|200px|thumb|right|Figure 3.  adfasdf]]
 
[[Image:McEntee-3.jpg|200px|thumb|right|Figure 3.  adfasdf]]

Revision as of 18:03, 1 May 2009

"Bursting of soap films. I. An experimental study"
Winnie R. McEntee, & Karol J. Mysels
Journal of Physical Chemistry 73(9) 3018-3028 (1969)


Soft Matter Keywords

soap film, inertia regime

Figure 1. Top row shows a series of high-speed flash photographs of bursting films taken in reflected light. Delay between perforating spark and illuminating flash (film thickness): a) 75 microseconds (.28 microns), b) 250 microseconds (.43 microns), c) 200 microseconds (.01 microns). Bottom row shows scattered light images of a bursting film. Delay and film thickness: a) 900 microseconds (3.4 microns), b) 320 microseconds (.029 microns).
Figure 2. adfasdf
Figure 3. adfasdf
Figure 4. adfasdf



written by Donald Aubrecht