ABSTRACT
Soap bubbles are simple "fragile" objects which we are familiar with. However, many industrial processes require a more indepth knowledge of these objects it seems. It will be demonstrated, that after the drainage of water, bubble walls are highly structured and so the strong potential of self-organization can be used for confining nanoparticles of a diverse nature, thus opening the way for new applications.
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INTRODUCTION
Soap bubbles are seemingly simple "fragile" objects that are familiar to us. However, many industrial processes require in-depth knowledge of these objects, which are much more organized than they appear. We will show that after the water has drained away, the walls of the bubbles have highly ordered structures whose strong potential for self-organization can be used to confine nanoparticles of various kinds, thus paving the way for new applications.
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Films of nanoparticles organized by soap bubbles