In an unconfined (bulk) semiconductor, an electron-hole pair is typically bound within a characteristic length, which is called the exciton Bohr radius and is estimated by replacing the positively charged atomic core with the hole in the Bohr formula.
This is estimated by replacing the positively charged atomic core with the hole in the Bohr formula. In an unconfined (bulk) semiconductor, an electron-hole pair is typically bound within a characteristic length, called the exciton Bohr radius.
In an unconfined (bulk) semiconductor, an electron-hole pair is typically bound within a characteristic length, called the exciton Bohr radius. This is estimated by replacing the positively charged atomic core with the hole in the Bohr formula.
In an unconfined (bulk) semiconductor, an electron-hole pair is typically bound within a characteristic length, called the exciton Bohr radius. This is estimated by replacing the positively charged atomic core with the hole in the Bohr formula.