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Kuniyo Yamada

Researcher at Kochi University of Technology

Publications -  15
Citations -  367

Kuniyo Yamada is an academic researcher from Kochi University of Technology. The author has contributed to research in topics: Polymerization & Chirality (chemistry). The author has an hindex of 7, co-authored 15 publications receiving 302 citations.

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Linear versus Dendritic Molecular Binders for Hydrogel Network Formation with Clay Nanosheets: Studies with ABA Triblock Copolyethers Carrying Guanidinium Ion Pendants

TL;DR: ABA-triblock copolyethers 1a-1c as linear polymeric binders, in combination with clay nanosheets (CNSs), afford high-water-content moldable supramolecular hydrogels with excellent mechanical properties by constructing a well-developed crosslinked network in water.
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Macroscopic ordering of helical pores for arraying guest molecules noncentrosymmetrically

TL;DR: A polymer framework with helical pores that unidirectionally orient over a large area, which displays a markedly efficient nonlinear optical output, owing to the coherence of signals ensured by the macroscopically oriented helical structure.
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Tunable chiral reaction media based on two-component liquid crystals: regio-, diastereo-, and enantiocontrolled photodimerization of anthracenecarboxylic acids.

TL;DR: The hypothesis that the present photochemical outcome arises from the preorientation of the substrates, a preliminary structural model of these LCs was proposed and the LC phases were found to be superior to isotropic and crystalline phases.
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Metastable Liquid Crystal as Time-Responsive Reaction Medium: Aging-Induced Dual Enantioselective Control

TL;DR: A metastable liquid crystal (LC) was found to serve as a time-responsive reaction medium, in which the enantioselectivity of a photoreaction was perfectly switched through isothermal annealing of the reaction system.
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Guest‐Responsive Covalent Frameworks by the Cross‐Linking of Liquid‐Crystalline Salts: Tuning of Lattice Flexibility by the Design of Polymerizable Units

TL;DR: Among these polymers, P(DDD) was found to be an excellent solid-state host, in terms of guest-releasing/capturing ability, guest-recognition ability, durability to repetitive usage, and unique structural switching mode.