Electrical properties of various aggregate states of matter
Journal Title: Vojnotehnički glasnik - Year 2017, Vol 65, Issue 1
Abstract
Electrical properties of solids are caused by elastic polarization of clusters in case of metals while those of dielectrics result from the orientation polarization of induced and built-in electric dipoles. Orientation polarization stems from the interaction of free built-in electric dipoles with an external electric field. A physical model of the dielectric permittivity formation of metals, electrolytes, plasma, ferrites, and ferroelectrics has been developed. Theoretical calculations of the dielectric permittivity of a number of ferrites and barium titanate have been performed in particular.
Authors and Affiliations
Leonid Gretchikhin
Modern weapons and military equipment for issue 2-2017
Russia's Sukhoi Super 30: The Outlook for India’s Ultra-Advanced Flanker Upgrade; In harm’s way.
Usability: Key characteristic of software quality
The paper emphasizes the importance of software usability as a key quality characteristic of software during its use. At the beginning of the paper, a retrospective of formal definitions of usability is given in order to...
A note on the Meir-Keeler theorem in the context of b-metric spaces
In this note we consider the famous Meir-Keeler's theorem in the context of b-metric spaces. Our result generalizes, improves, compliments, unifies and enriches several known ones in the existing literature. Also, our pr...
Improving the rectification of optical devices with laser pointers
This paper is based on the observations of prescribed actions during the maintenance of artillery weapons and immediately prior to the execution of combat firing. Adjusting the parallelism of the axes of the optical devi...
Some critical remarks on the paper “A note on the metrizability of tvs-cone metric spaces”
This short and concise note provides a detailed exposition of the approach and results established by (Lin et al, 2015, pp.271-279). We show that the obtained results are not particularly surprising and new. Namely, usin...