Synthesis and Solution Properties of a Novel Thermosensitive Poly(benzyl ether) Dendron with Oligoethyleneoxy Chains at the Periphery
作者:Li Xu、Lidong Shao、Lin Chen、Minqi Hu、Yunmei Bi
DOI:10.1246/cl.2010.1177
日期:2010.11.5
A novel thermosensitive second-generation poly(benzyl ether) dendron with oligoethyleneoxy chains at the periphery was synthesized. Its cloud point (CP) decreased with an increasing concentration over a range of concentrations from 9 to 60 wt %. Fluorescent spectroscopy and AFM studies revealed that the dendron self-assembled into the spherical micelles, about 50 nm in diameter, at concentration over its CMC in an aqueous solution. This dendron has a potential as smart thermosensitive materials.
Thermoresponsive dendronized polymers with tunable lower critical solution temperatures
作者:Wen Li、Afang Zhang、A. Dieter Schlüter
DOI:10.1039/b811464a
日期:——
A series of first (PG1) and second generation (PG2) dendronized polymers were synthesized which exhibit fast and sharp phase transitions with negligible hystereses in aqueous solutions and apparent lower critical solution temperatures (LCSTs) in the range of 33–49 °C.
The kinetic assembly pathways of a newly synthesized amphiphilic aza-BODIPY dye 1 were tuned by using H2O as a co-solvent in MeOH. Accordingly, the biphasic aggregation pathways resulting in kinetically-trapped and thermodynamically stable aggregates of 1 were established and the multiple cyclic seeded living supramolecularpolymerization of this dye was realized.
新合成的两亲性氮杂-BODIPY 染料1的动力学组装途径通过在 MeOH 中使用 H 2 O 作为共溶剂来调节。因此,建立了导致1的动力学捕获和热力学稳定聚集体的双相聚集途径,并实现了该染料的多环种子活性超分子聚合。
[EN] THERMO-RESPONSIVE MOLECULES FOR CONTROLLED HEAT AND LIGHT TRANSMISSION WINDOWS AND APPLICATIONS THEREOF<br/>[FR] MOLÉCULES THERMOSENSIBLES POUR FENÊTRES À TRANSMISSION RÉGULÉE DE LA CHALEUR ET DE LA LUMIÈRE ET LEURS APPLICATIONS
申请人:COUNCIL SCIENT IND RES
公开号:WO2021124343A1
公开(公告)日:2021-06-24
The present invention relates to design and applications of a class of water-soluble small molecules represented by Formula 1. In aqueous solutions the said molecules exhibit lower critical solution temperature (LCST) phase transition near room temperature, imparting a temperature triggered switching of transparency stages. Further, it discloses a solution comprising Formula 1 and a scalable smart radiative energy management system that takes form of a dynamic window, wherein the aqueous solution is sandwiched between two transparent glass panes to enable modulation of light and heat transmission. With simple and economical starting materials, the dynamic windows of present invention represent leaps towards creating a niche technology with multifarious applications in developing scalable, smart energy management systems for indoor building environments.