Progress in high-Tc magnet development in Oxford

Jones, H.; Richens, P.E.; Ryan, D.; Goodall, Roger M.

doi:10.1016/s0921-4526(97)00928-9

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“…Among the systems dealt with by soft-matter physics of prime importance are solutions and melts of block copolymers whose linear macromolecules consist of rather long blocks of single-type monomeric units [1,2]. A distinctive feature of the phase behavior of such systems is their ability to form spatially periodic mesophases with the periods lying in the nanometer scale [3,4].…”

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confidence: 99%

Phase transitions in block copolymers resulting in a discontinuous change of the spatial period of mesophases

Кучанов¹,

Pichugin²,

Brinke³

2006

Europhys. Lett.

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The phase behavior of a melt of two-scale multiblock copolymers has been theoretically studied in the framework of the Weak Segregation Limit theory with a twocomponent order parameter. The existence of a thermodynamically stable mesophase with two scales of the space periodicity has been revealed for a melt of monodisperse nonperiodic heteropolymers. For the first time a discontinuous change with temperature of the spatial period of the mesophases has been predicted.

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confidence: 99%