Synthetic Routes to Electroactive Organic Discotic Aromatic Triazatruxenes

Abstract

This paper gives a survey about the triazatruxene (triindole) particle, distinguishes its structure, and portrays a conceivable way to deal with its combination and structures of all at‐present‐known fluid precious stones in view of triazatruxene, in addition to checking its electronic element criticalness. Triazatruxene is a brilliant particle that has been uncovered in the recent 14 years as a discotic liquid crystal compound. Of late, this electron‐rich particle turned out to be more alluring as a core center in the building of discotic liquid column with electro‐dynamic properties that demonstrated a consistent hexagonal columnar mesophase under an expansive assortment of temperatures. Besides, numerous different properties in this delicate material brought a wide consideration up in organic electronic innovation devices, for example, light radiating diodes (organic light‐emitting diode), field impact transistors (field‐effect transistor), and photovoltaic cells. In this survey, triazatruxene and all particles closely resembling triazatruxene in the most recent 16 years until 2016 have been incorporated, including a brief summary of their applications in all fields, which will be introduced.