The discussion focuses on the band gap of semiconductor materials, specifically copper (II) oxide. Participants seek resources beyond ScienceDirect and arXiv for comprehensive articles on band gap values, types, and doping elements. Key inquiries include the distinction between direct and indirect band gaps, as well as the identification of potential n-dopants and p-dopants for copper (II) oxide. Recommendations include utilizing the NIST database and Google Scholar for further research.
PREREQUISITESResearchers, materials scientists, and semiconductor engineers seeking in-depth knowledge about the band gap properties and doping strategies for copper (II) oxide and other semiconductor materials.
ralden said:Hi Guys, i need your help, where can i download free articles about the band gap of semiconductor materials (like copper (II) oxide). don't mention sciencedirect and arxiv, because i already explore that, and they provide limited research articles. thank you.
ralden said:thank you ZapperZ, I'm actually looking more than the Energy gap value, to be specific i want to know, the type of band gap, the posssible, n-dopant, and p-dopant of that semicon materials, and also their respective application. thanks :)
ralden said:yes you're right about the types of band gap. about the doping, for example i have copper (II) oxide semiconductor, what are the possible n-dopant and p-dopant elements/compound that can be doped in copper (II) oxide? i need at least 5 elements/compound.