The Hole Shrink Problem: Self-Consistent Field Theory for Directed Self-Assembly of Miktoarm Copolymers

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概要

• 論文の詳細を見る

• To conclude, linear block copolymers are promising materials for DSA in cylindrical templates. However, for contact multiplication in extended and rounded templates, low defect formation energies and correspondingly high defect levels are anticipated for AB diblocks. In contrast, A2B-type miktoarm copolymers show potential for achieving the required defectivity threshold. Future work will include computational studies of miktoarm copolymers with n > 2 such as A3B and A4B, and confinement in rows of many cylinders beyond two.

• The Society of Photopolymer Science and Technology (SPST)の論文

著者

• Truong Mitchell

  Materials Research Laboratory, University of California Santa Barbara

• Iwama Tatsuhiro

  Asahi Kasei E-Materials Co.,

• Laachi Nabil

  Materials Research Laboratory, University of California Santa Barbara

• Delaney Kris

  Materials Research Laboratory, University of California Santa Barbara

• Fredrickson Glenn

  Materials Research Laboratory, University of California Santa Barbara

関連論文

• The Hole Shrink Problem: Self-Consistent Field Theory for Directed Self-Assembly of Miktoarm Copolymers

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