Add to ORKGAbstract-Two different ways of computing the time between collisions related to the electrical conductivity of metals are presented. The combination of them leads to the formula for the Fermi energy of metals. The Fermi energy of metals is usually determined by considering the conduction electrons as free particles living in a box, where the occupancy of the energy levels is done by taking in account the Pauli exclusion principle, reflecting the fermionic character of the charge carriers [1,2,3]. The process als
An analytical expression is derived for the electron thermionic current from heated metals by using ...
For single crystals of graphite the conductivity is of the order of that of a poorly conducting meta...
Efforts to understand metallic behavior have led to important concepts such as those of strange meta...
The free electron theory and band theory are briefly described. Fermi energy calculated using the So...
This work proposes new assumptions in place of some basic erroneous assumptions of free electron the...
Many physical properties of metals can be understood in terms of the free electron model, as proven ...
Various parameters tied to the electrical conductivity of typical metals are estimated and are expr...
Abstract – I was surprised by the fact that, Drude‟s formula for the electrical conductivity of meta...
The well-known low-pressure monatomic gas thermal conductivity expression is based on the Maxwell-Bo...
The behavior of the resistivity of good conductors, Cu, Au, and Ag, are analyzed and compared wit...
La résistivité électrique des métaux polyvalents, nobles et alcalins a été calculée en tenant compte...
The Mott-Ioffe-Regel minimum metallic conductivity based on a minimum mean free path of inter-atomic...
Abstract: This article presents some review and annotations about classical electron and the quantum...
Heat supplied to a metal is absorbed by the electrons and then transferred to the lattice. In conven...
Efforts to understand metallic behavior have led to important concepts such as those of strange meta...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
For single crystals of graphite the conductivity is of the order of that of a poorly conducting meta...
Efforts to understand metallic behavior have led to important concepts such as those of strange meta...
The free electron theory and band theory are briefly described. Fermi energy calculated using the So...
This work proposes new assumptions in place of some basic erroneous assumptions of free electron the...
Many physical properties of metals can be understood in terms of the free electron model, as proven ...
Various parameters tied to the electrical conductivity of typical metals are estimated and are expr...
Abstract – I was surprised by the fact that, Drude‟s formula for the electrical conductivity of meta...
The well-known low-pressure monatomic gas thermal conductivity expression is based on the Maxwell-Bo...
The behavior of the resistivity of good conductors, Cu, Au, and Ag, are analyzed and compared wit...
La résistivité électrique des métaux polyvalents, nobles et alcalins a été calculée en tenant compte...
The Mott-Ioffe-Regel minimum metallic conductivity based on a minimum mean free path of inter-atomic...
Abstract: This article presents some review and annotations about classical electron and the quantum...
Heat supplied to a metal is absorbed by the electrons and then transferred to the lattice. In conven...
Efforts to understand metallic behavior have led to important concepts such as those of strange meta...
An analytical expression is derived for the electron thermionic current from heated metals by using ...
For single crystals of graphite the conductivity is of the order of that of a poorly conducting meta...
Efforts to understand metallic behavior have led to important concepts such as those of strange meta...