1618679-28-9Relevant academic research and scientific papers
Aromatic Fused [30] Heteroannulenes with NIR Absorption and NIR Emission: Synthesis, Characterization, and Excited-State Dynamics
Mallick, Abhijit,Oh, Juwon,Kim, Dongho,Rath, Harapriya
, p. 8026 - 8031 (2016)
Two hitherto unknown planar aromatic [30] fused heterocyclic macrocycles (1.1.0.1.1.0), with NIR absorption in free-base form and protonation-induced enhanced NIR emission, have been synthesized from easy to make precursors. The induced correspondence of
Aromatic fused heterocyclic [22] macrocycles with NIR absorption
Rath, Harapriya,Mallick, Abhijit,Ghosh, Tubai,Kalita, Alok
, p. 9094 - 9096 (2014)
Three related aromatic [22] heteroporphyrins have been synthesized and characterized, with the target of achieving NIR absorption. The propensity of these smallest π-conjugated macrocycles to absorb in the NIR region is benefitted from the fusion/annelati
Protonation Dependent Topological Dichotomy of Core Modified Hexaphyrins: Synthesis, Characterization, and Excited State Dynamics
Mallick, Abhijit,Oh, Juwon,Majewski, Marcin A.,St?pień, Marcin,Kim, Dongho,Rath, Harapriya
, p. 556 - 566 (2017)
Two hitherto unknown core modified hexaphyrin analogues have been synthesized and characterized where the conformational dynamics of these macrocycles in the free base form is achieved by the rotation of thienothiophene units. Further unique property of t
