We have studied a morphological instability of a double layer comprising the polymer film and air gap confined between the two plates set to different temperatures. The temperature gradient across the double layer causes the breakup of the polymer film into well-defined columnar, striped or spiral structures spanning the two plates. The pattern formation mechanisms have been discussed. The formed patterns can be transferred to produce PDMS stamp, a key element of soft lithography for future microfabrication
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
ABSTRACT: We report the experimental observation of a morphological instability of a confined polyme...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
We report the experimental observation of a morphological instability of a confined polymer-air doub...
ABSTRACT: We report the experimental observation of a morphological instability of a confined polyme...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-filminstability caused by ...
We report the experimental observation and a theoretical model for a thin-film instability caused by...