Multimode stimuli responsive dual-state organic room temperature phosphorescence from a phenanthrene derivative

Regulation strategy of white emission from organic–inorganic hybrid metal halide perovskites

“…In recent years, organic room temperature phosphorescence (RTP) materials have been developed rapidly. 107–111 The combination of RTP and inorganic halide luminescence can also produce white-light emission of OIHPs.…”

“…(RTP) materials have been developed rapidly. [107][108][109][110][111] The combination of RTP and inorganic halide luminescence can also produce white-light emission of OIHPs. In 2018Lin's group proposed a new strategy to develop highly efficient RTP perovskites.…”

Kilogram‐Scale Fabricated Organic Long‐Persistent Luminescence Materials with Multi‐Level Temperature Response

“…[ 2 ] When it comes to the key issues of fabrication of such materials, amorphous materials rely on harsh process conditions such as melting‐quenching or polymer doping, [ 3 ] while crystalline materials mainly rely on natural crystallization in organic solvents with unmanageable crystal sizes and not good reproducibility. [ 1b,e,4 ] However, the characteristics of these reported preparation processes cause the final product to be generally in the milligram‐ or gram‐level, implying that the development of efficient large‐scale fabrication methods will facilitate the commercial application of OLPLMs. Therefore, developing a fast, convenient, and “green” method for large‐scale fabrication of OLPLMs will effectively accelerate the application development and commercialization of such materials.…”

Multicolor-tunable room-temperature afterglow and circularly polarized luminescence in chirality-induced coordination assemblies

“…Compared to static RTP, the phosphorescent behaviors including emission range, lifetime and emission type, can be generated the dynamic response, such as light-, heating-, pH-or mechanical-responsive RTP. [16,17,18] Significantly, benefiting from the sensitive response, sophisticated information and smart reversibility, dynamic RTP present the much wider prospect in practical applications. Excitation-dependent RTP, as a subclass of dynamic RTP, featuring the color-tunable property and multiple emission, have gained the special attention.…”