Notes Thermodynamics of ideal Bose gas In quantum statistical mechanics, the thermodynamics of an ideal Bose gas is described using quantum principles and statistical methods. An ideal Bose gas consists of a collection of identical …
Notes Relative fluctuation of number of particles state for Bose Einstein, fermi Dirac, Maxwell Boltmann The relative fluctuation of the number of particles (often denoted as δN/N) for different statistical distributions such as Bose-Einstein, Fermi-Dirac, and Maxwell-Boltzmann depends on the average …
Notes Maxwell Boltzmann Bose Fermistatics from Grand Partition function The partition function for Cannonical ensemble is given byEquation 1 can be written aswhere g{np} is the proper statistical weight factor for the distribution set np, with g{np} ...
Notes Landau Damping Landau damping is a phenomenon that occurs in plasma physics and describes the damping of waves or oscillations in a plasma due to the resonant interaction between the waves and ...
Notes Theoretical details for two stream instability The two-stream instability is a fundamental concept in plasma physics that describes an instability arising from the interaction between two counter-propagating beams or streams of charged particles. …
Notes Lower hybrid frequencies in the studies of waves in plasma In a plasma, which is a collection of charged particles, different types of waves can occur, such as electromagnetic waves and plasma waves. The behavior of these waves depends on ...
Notes Validity of plasma Approximation ELI5: Imagine you have a group of very tiny particles, like the ones you can't even see with your eyes. These particles can have positive or negative charges, like little ...
Notes Lattice energy of Ionic crystal from Born Theory The lattice energy of an ionic crystal is a measure of the strength of the electrostatic forces holding the ions together in the crystal lattice. Born's theory, also known as ...
