A time-resolved and visualized host–guest self-assembly behavior controlled through kinetic trapping

Abstract

Developing visible approaches to real-time monitor kinetic traps within the thermodynamic equilibrium process is of great importance for the fundamental research of dynamic supramolecular chemistry. Herein, we designed a dynamically...

A supramolecular assembly strategy towards organic luminescent materials

“…Besides the development of RTP, luminescent materials with large Stokes shifts can also be realized by Fo ¨rster resonance energy transfer (FRET). Recently, Ma, Jiang and Fu et al 28 designed a cationic amphiphilic guest, Py-TMA with indigo blue fluorescence emission (attributed to the pyrene monomer). As illustrated in Fig.…”

Regulation Strategies of Dynamic Organic Room-Temperature Phosphorescence Materials

“…So, approaches were proposed to alleviate the non-radiative inactivation of triplet excitons, such as crystal engineering, − host–guest doping, − H-aggregation, − polymerization, − and supramolecular interaction, − all of which can construct a rigid environment to effectively limit the molecular vibration and isolate quenching factors. Based on these two methods, many RTP systems with high QY and long lifetime have been constructed. − …”