Fabrication and optoelectronic properties of ZnO nanoparticle/P3HT heterojunction photodiode

Fabrication of a poly(N-vinyl carbazole)/ϵ-Ga2O3 organic–inorganic heterojunction diode for solar-blind sensing applications

“…Generally, inorganic-based devices are limited due to the high temperature, numerous lithographic steps and high vacuum needed for their fabrication [16]. Organic-based devices have the advantages of low cost, simplicity and light weight [5,[17][18][19]. A heterostructure combining organic and inorganic materials can not only improve charge carrier separation and optoelectrical performance but also lower the fabrication cost and make the device flexible.…”

Interplay of Nanoscale, Hybrid P3HT/ZTO Interface on Optoelectronics and Photovoltaic Cells

“…Later, electron transport in the naturally formed nanofiber of P3HT was explored and the thermal activation transport was observed in isolated nanofibers . On the other hand, P3HT is a photoactive material, and it can be applied not only in organic light-emitting diodes but also in many other fields, like photodetectors, organic thin-film transistors, photodiodes, and hybrid solar cells. − P3HT was sometimes blended with other organic or inorganic materials to make hybrid solar cells . Because of its naturally fibrous structure, P3HT was used for making bulk heterojunction devices.…”