Mechano-chemical synthesis of liquid crystal materials: an easy method towards fast, simple and almost solvent-free molecular screening

This paper provides guidance for the rapid, simple, and eco-friendly synthesis of liquid crystal (LC) molecules using the hot-trend mechanochemical (MC) synthesis in the community of organic synthesis. We introduce our protocol, which may guide beginners of the MC technique to start easy and quick s...

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Published inLiquid crystals Vol. 51; no. 13-14; pp. 2287 - 2299
Main Authors Nishikawa, Hiroya, Kwaria, Dennins, Kuwayama, Motonobu, Nihonyanagi, Atsuko, Araoka, Fumito
Format Journal Article
LanguageEnglish
Published Abingdon Taylor & Francis 13.11.2024
Taylor & Francis Ltd
Subjects
Chemical synthesis
Complex systems
ferroelectric nematic
Ferroelectricity
Liquid crystals
Liquids
mechanochemical synthesis
mechanochemistry
nematic
Screening
Solvents
sustainable
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Abstract This paper provides guidance for the rapid, simple, and eco-friendly synthesis of liquid crystal (LC) molecules using the hot-trend mechanochemical (MC) synthesis in the community of organic synthesis. We introduce our protocol, which may guide beginners of the MC technique to start easy and quick synthesis of LC molecules. The MC synthesis asks no need for a complex system and a large amount of solvent like the conventional solution-based synthesis. Additionally, this paper also provides some practical examples for fast screening of LC molecules including ferroelectric nematic LC (N F LC) molecules, which are subject to highly hot topics in the LC field, through multi-step MC synthesis.
AbstractList This paper provides guidance for the rapid, simple, and eco-friendly synthesis of liquid crystal (LC) molecules using the hot-trend mechanochemical (MC) synthesis in the community of organic synthesis. We introduce our protocol, which may guide beginners of the MC technique to start easy and quick synthesis of LC molecules. The MC synthesis asks no need for a complex system and a large amount of solvent like the conventional solution-based synthesis. Additionally, this paper also provides some practical examples for fast screening of LC molecules including ferroelectric nematic LC (N F LC) molecules, which are subject to highly hot topics in the LC field, through multi-step MC synthesis.
This paper provides guidance for the rapid, simple, and eco-friendly synthesis of liquid crystal (LC) molecules using the hot-trend mechanochemical (MC) synthesis in the community of organic synthesis. We introduce our protocol, which may guide beginners of the MC technique to start easy and quick synthesis of LC molecules. The MC synthesis asks no need for a complex system and a large amount of solvent like the conventional solution-based synthesis. Additionally, this paper also provides some practical examples for fast screening of LC molecules including ferroelectric nematic LC (NFLC) molecules, which are subject to highly hot topics in the LC field, through multi-step MC synthesis.
Author Kwaria, Dennins
Araoka, Fumito
Nihonyanagi, Atsuko
Kuwayama, Motonobu
Nishikawa, Hiroya
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SubjectTerms Chemical synthesis
Complex systems
ferroelectric nematic
Ferroelectricity
Liquid crystals
Liquids
mechanochemical synthesis
mechanochemistry
nematic
Screening
Solvents
sustainable
Title Mechano-chemical synthesis of liquid crystal materials: an easy method towards fast, simple and almost solvent-free molecular screening
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