Yes, I've seen it. I was hoping for extensive datasets since MP and OQMD have thousands of listings. Thanks nonethelessGrinkle said:
For experimental bandgap information, you probably can rely on the CRC Handbook of Chemistry and Physics.NikolaiSimonov said:Summary: What are the best databases of experimental semiconductor bandgaps?
I'm looking for experimental bandgap information to compare it to DFT calculations from Materials Project and OQMD. Could anyone recommend some?
An experimental semiconductor bandgap database is a collection of data on the bandgap energy of various semiconductor materials. The bandgap energy is the minimum amount of energy required to excite an electron from the valence band to the conduction band, and it is an important parameter for understanding the electronic properties of a material.
The data in an experimental semiconductor bandgap database is collected through various experimental techniques, such as optical spectroscopy, electrical measurements, and theoretical calculations. Researchers typically perform experiments on different semiconductor materials and record the corresponding bandgap energies, which are then compiled into a database.
Experimental semiconductor bandgap databases are important for researchers and engineers working in the field of semiconductor materials. They provide a comprehensive and reliable source of data for understanding the properties of different materials and for designing new electronic devices. These databases also help in the development of new theoretical models and in the validation of existing ones.
Like any scientific database, experimental semiconductor bandgap databases have their limitations. The data may not be complete or accurate for all materials, as it is dependent on the quality of the experiments and the techniques used. Additionally, the bandgap energy of a material can vary depending on its composition, crystal structure, and other factors, so the database may not provide a single, definitive value for a material.
Many experimental semiconductor bandgap databases are publicly available online, either through university or government websites. Some may require registration or payment for access. Additionally, many research papers and publications include the bandgap data for the materials studied, so these can also serve as a source of information for the database.