Highly Ordered Eutectic Mesostructures with Thermally Engineered Templates

Due to the diffusion and temperature gradients generated by the template, self-assembled solidifying eutectic materials guided by a small feature template exhibit distinct microstructures and patterns.

Related Keywords

Michigan ,United States ,University Of Michigan Ann Arbor ,Paul Braun ,Megan Craig ,Grainer College Of Engineering ,Postdoctoral Research ,Sanjiv Sinha Department ,Dajie Xie Department ,Guanglong Huang Department ,Youngmun Lee Department ,Gaurav Singhal Department ,Danielh Hsieh Department ,Beckman Institute For Advanced Science ,Department Of Mechanical Science ,Army Research Office ,Department Of Chemical ,Materials Research Laboratory ,Qian Chen Department ,Braun ,University Of Michigan ,Katsuyo Thornton Department ,Ashisha Kulkarni Center ,Department Of Chemistry ,Brookhaven National Laboratory ,University Of Illinois Urbana Champaign ,Johnw Smith Department ,Sung Bum Kang ,Image Credit ,Michigan Ann Arbor ,Illinois Urbana Champaign ,Grainger Distinguished Chair ,Grainer College ,Advanced Materials ,Bum Kang ,Postdoctoral Research Associate ,Beckman Institute ,Advanced Science ,Biomolecular Engineering ,Mechanical Science ,Gaurav Singhal ,Dajie Xie ,Youngmun Lee ,Functional Nanomaterials ,Qian Chen ,Katsuyo Thornton ,Sanjiv Sinha ,