Dynamic tensor properties of silicon with deep impurity levels
Journal Title: International Journal of Fundamental Physical Sciences - Year 2011, Vol 1, Issue 2
Abstract
The dynamical tensoproperties of simples Si <Ni>, Si <Gd>, Si <Au> and Si <Mn> at temperatures Т=293К and Т=273К are investigated. The strongly increasing of dynamical tensosensitivity these specified simples at speed of change of pressure P\t >108 Pa/s in comparison with their statistical tensosensitivities is shown.
Authors and Affiliations
Odiljon Mamatkarimov, Ulugbek Tuychiev, Ikromjon Tursunov, Rustamjon Khamidov
Suppressed Fluctuation In The Gabaergic Signaling: Mathematical Modeling Of The Neurotransmitter
The chemistry of the gamma-aminobutyric acid (GABA) had been established. However, the explanation on the interplay between GABA receptors antagonizes fundamental concept of the GABAergic Signaling. For example, glutamat...
Comparison of lateral rear force between two and four wheel steering in a vehicle with steer by wire system
One kind of steering systems in vehicles is Steering by Wire (SBW). Control and stability of this method are important issues. In fact the SBW system is very suitable for Four Wheel Steering systems. In this paper the SB...
Silicone -Polyester Blended Coatings for Corrosion Protection
Corrosion can be protected by the application of protective coatings developed by organic resins. Metal lose due to corrosion affects a country economic to a higher extent. Organic coating is the cheapest method to...
Assessment of Medical X-Ray Radiographic Screen-Films in Different Spatial Frequencies According To Detective Quantum Efficiency Computation
In medical imaging, to make better images there are some measures such as detective quantum efficiency (DQE) and noise equivalent quanta (NEQ) used to evaluate the image quality of each imaging system. Detective quantum...
Calculation of The Deposited Energy and Stopping Range For The Proton, Deuteron and Carbon Beams In Laser Fusion by Fast Ignition
The main goal of this paper is calculation of deposited energy and as a result evaluation of stopping range of the ionic beams of carbon, deuteron and proton. The deposited energy is the function of two parameters: (a) b...