Block copolymers (BCPs) with various types of nanodomains have potential application to
next-generation nanolithography and storage media because of relatively low cost and time …

The orientation transition from perpendicular to parallel alignment of PEO cylindrical
microdomains within PEO-b-PMA (Az) films has been demonstrated via introducing a small …

Block copolymers (BCPs) with various nanostructures such as spheres, cylinders, gyroid,
and lamellae, have received great attention for their application in nanolithography through …

Diblock copolymer thin films have recently received more attention due to their ability to
organize into nanometric structures under thermal annealing. This phenomenon was …

The control of the self-assembly (SA) process and nanostructure orientation in diblock
copolymer (DBC) thick films is a crucial technological issue. Perpendicular orientation of the …

This work aims to demonstrate a facile method for the controlled orientation of
nanostructures of block copolymer (BCP) thin films. A simple diblock copolymer system …

Spatial control of the orientation of block copolymers (BCPs) in thin films offers enormous
opportunities for practical nanolithography applications. In this study, we demonstrate the …

While block copolymer lithography has been broadly applied as a bottom-up patterning
technique, only a few nanopattern symmetries, such as hexagonally packed dots or parallel …

This comprehensive review, summarizes recent advances in the fabrication of well-ordered
block copolymer (BCP) thin films by different methods, focusing on the development of …

In this chapter, we explore the convergence of two fundamentally different patterning
approaches for nanostructured polymer thin films. The well‐established 'top …