This quantity, squared, is multiplied by three k squared in a rewriting of the Bohm-Gross DispersionRelation.
This quantity, squared, is multiplied by three k squared in a rewriting of the Bohm-Gross DispersionRelation. When cubed and multiplied by four pi n, it gives a parameter that is greater than one forweakly-coupled materials and less for strongly-coupled ones. A formula for this quantity can bederived by solving Poisson's equation for phi after imagining a small (*) point charge affecting anequilibrium electron distribution. This quantity, which is proportional to the square root of absolutetemperature over the electron density, gives the characteristic thickness of a double layer and arisesfrom the fact that opposite charges shield each other. For 10 points, name this characteristic lengthimportant in plasma physics.
This quantity, squared, is multiplied by three k squared in a rewriting of the Bohm-Gross DispersionRelation.
Debye length