This discussion focuses on understanding the electron configuration of nickel, specifically its 28 electrons, and how many of these are free to move versus those bound to the nuclei. It emphasizes the necessity of conducting a band-structure calculation to accurately determine the behavior of electrons in nickel as a standard band metal. The inquiry highlights the importance of electron mobility in metals for applications in physics and materials science.
PREREQUISITESStudents and professionals in physics, materials scientists, and anyone interested in the electronic properties of metals, particularly those studying nickel and its applications.
edpell said:Can you point me to a good reference on metals. I want to understand for a metal like nickel with 28 electrons how many are free to move in the metal and how many are bound to the nuclei? Thanks.