Chatouh K, Guenda K, Gulliver TA, Noui L.
On some classes of linear codes over Z2Z4 and their covering radii. Journal of Applied Mathematics and ComputingJournal of Applied Mathematics and Computing. 2016;53 :201–222.
AbstractIn this paper, we define the simplex and MacDonald codes of types αα and β over Z2Z4. We also examine the covering radii of these codes. Further, we study the binary images of these codes and prove that the binary image of the simplex codes of type αα meets the Gilbert bound.
Mawloud G, Melaab D, Mekhalfi ML.
Sparse coding joint decision rule for ear print recognition. Optical EngineeringOptical Engineering. 2016;55 :093105.
Bendib A, DRIDI H, KALLA M, Baziz N.
Spatial analysis of typhoid fever vulnerability in the city of Batna (eastern Algeria). Environnement, Risques & SantéEnvironnement, Risques & Santé. 2016;15 :228-237.
Boudjouada M, Ramdane S, Bekhbekh S, Kabouche A, N. Gherraf.
Spectrophotometric Determination of Chromium, Copper, Nickel and Iron in Electroplating Hydroxide Sludges. Asian journal of ChemistryAsian journal of Chemistry. 2016;28 :1079-1083.
Lotfi M, Zohir D.
A Spice Behavioral Model of Tunnel Diode: Simulation and Application. International Journal of Control and AutomationInternational Journal of Control and Automation. 2016;9 :39-50.
Naceur S, KADID FZ, Abdessemed R.
The study of electroconductive liquids flow in a conduction magnetohydrodynamic pump. Transaction on electrical and electronic materials, KoreaTransaction on electrical and electronic materials, Korea. 2016;17 :252-256.
Naceur S, KADID FZ, Abdessemed R.
The Study of the Electroconductive Liquids Flow in a Conduction Magnetohydrodynamic Pump. Transactions on Electrical and Electronic Material, OctoberTransactions on Electrical and Electronic Material, October. 2016;17 :252-256.
Chaabane S, Djamel B.
Study of the Impact of Non-linear Piezoelectric Constants on the Acoustic Wave Propagationon Lithium Niobate, ISSN / e-ISSN 2077-6772 / 2306-4277. Journal of Nano- and Electronic PhysicsJournal of Nano- and Electronic Physics. 2016;Volume 8 :pp 02013-1 - 02013-5.
AbstractImpact of nonlinear piezoelectric constants on surface acoustic wave propagation on a piezoelectric substrate is investigated in this work. Propagation of acoustic wave propagation under uniform stress is analyzed; the wave equation is obtained by incorporating the applied uniform stress in the equation of motion and taking account of the set of linear and nonlinear piezoelectric constants. A new method of separation between the different modes of propagation is proposed regarding the attenuation coefficients and not to the displacement vectors. Detail calculations and simulations have made for Lithium Niobate (LiNbO3); transformations between modes of propagation, under uniform stress, have been found. These results leads to conclusion that nonlinear terms affect the acoustic wave propagation and also we can make controllable acoustic devices.
Djenba S, khadidja, Boudoukha A.
Study of the instability of the land : typology and mapping cases of the wilaya of setif (eastern algeria). International conference on Applied Geology and Environment May19–21. 2016.
Bahloul O, Abbeche K, Bahloul A.
Study of the microstructure of collapsible soil treated with the potassium chloride. Journal of Applied Engineering Science & TechnologyJournal of Applied Engineering Science & Technology. 2016;2 :39-42.
Naima G, amdane Mahamdi R, Ibrahim R.
Techniques of Boron diffusion parameters in MOS transistor Using SILVACO ATHENA and Matlab, ISSN 2069-7201. Journal of Advanced Research in PhysicsJournal of Advanced Research in Physics. 2016;volume 6 :pp 021610.
AbstractSilicon oxide (SiO2) is a good dielectric material in metal-oxide-semiconductor (MOS) structures. The improved SiO2 quality requires adequate study of doping diffusion in this structure to maintain the absence of the different impurities in the interface Poylsilicon/SiO2. For this we studied a theoretical model of boron diffusion before and after thermal annealing in a highly-doped polysilicon films. The model takes into account the distribution of vacancy mechanism by associating parameters and effects related to high concentrations. Based on the literature the model is solved using the engineering software tool MATLAB, following a well-defined algorithm. The model is validated with the help of simulation results obtained from Silvaco.