Recent Advances in Properties of ‘Physics/Electrical Engineering’ Materials
DOI:
https://doi.org/10.9734/bpi/mono/978-93-5547-658-6/CH0Keywords:
Noble-Metals, Mobility, Ge, Si, Dipole-Relaxation, H2O, Dipole-radiation, Room-Temperature, Plasma, Damped-Oscillations, Charge-mass-electron-ratio, Molecule-Radius, Quantum-Statistics, Plasma-Model, Electron-ion-collisions, Noise, Photosphere, Black-Body-Radiation, Ultraviolet, Cut-Off, Cosmic-Rays, Electron, Complex-Charge, Complex-MassAbstract
In this book entitled “Recent Advances in Properties of ‘Physics/Electrical Engineering’ Materials” by me, are given the recent advances in fields of Physics/Electrical Engineering Materials.
First four chapters give my Research-Papers on Conductivity of Noble Metals, Mobility of Intrinsic Ge and Si & Dipole Relaxation Time for Polar Water Molecules along with Quantum Aspects of Dipole-Aerial-Radiation from Noble Metals (0.3 MHz-30 MHz), each near Room Temperatures.
Whereas next three chapters are on my Research-Papers on Quantum Plasma Physics/(Quantum) Plasma Communication Electronics dealing with Determination of Charge to Mass Ratio of an Electron & Classical Radius of a Gas Molecule using Knowledge of Electronic Damped Oscillations in Plasma followed by Quantum Statistical Plasma Model & Quantum Noise in Plasma due to Electron-Ion Collisions.
Further chapter is on my Research-Paper on Analysis of Radiation from Photosphere of the Sun.
And my last three Research-Papers discuss Quantum Electromagnetic Photon Wave generation due to complex-charge and complex-mass of electrons.
