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Inside Cover How Rigid Rods Self-Assemble at Curved Surfaces (Angew. Chem. Int. Ed. 22009)

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Superstable
foams …
… that contain air bubbles stabilized by modified, rigid CaCO3 rods are reported by W.
Liu, S. Stoyanov, and co-workers in their Communication on page 378 ff. The very high
stability and stiffness of the rod-stabilized bubbles means that their spherical shape is
retained when dried on glass substrates. Despite the massive difference in length, the
surface pattern of a 120 micrometer bubble with 25 micrometer rods is similar to that of
10 meter logs on a river surface.
Inside Cover
Weizheng Zhou, Jian Cao, Weichang Liu,* and Simeon Stoyanov*
Superstable foams that contain air bubbles stabilized by modified, rigid CaCO3 rods
are reported by W. Liu, S. Stoyanov, and co-workers in their Communication on
page 378 ff. The very high stability and stiffness of the rod-stabilized bubbles means
that their spherical shape is retained when dried on glass substrates. Despite the
massive difference in length, the surface pattern of a 120 micrometer bubble with 25
micrometer rods is similar to that of 10 meter logs on a river surface.
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