Volume 4, Number 5 (2019)
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SCIREA Journal of Physics — Open Access Journal

SCIREA Journal of Physics is an international, scientific peer-reviewed open access journal published online by SCIREA.

Open Access free for readers, with article processing charges (APC) paid by authors or their institutions.

High visibility: Indexed in the Google Scholar and other databases.

Rapid publication: manuscripts are peer-reviewed and a first decision provided to authors approximately 20 days after submission; acceptance to publication is undertaken in 5 days.

Recognition of reviewers: reviewers who provide timely, thorough peer-review reports receive vouchers entitling them to a discount on the APC of their next publication in any SCIREA journal, in appreciation of the work done.

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Volume 4, Issue 5, October 2019

Open Access
H. Van Cong, P. Blaise, O. Henri-Rousseau
Abstract: The effects of heavy doping and acceptor (donor) size on the electron (hole)-minority saturation current density J_Eo (J_Bo ), injected respectively into the heavily (lightly) doped crystalline silicon (Si) emitter (base) region of p^+-n junction, which can be applied to determine the performance of solar cells, being stron [...] Read more.
Abstract      ReferencesPDF (982 K)   August 10, 2019     16 Downloads    182 Views
Open Access
E. Casuso, J. E. Beckman
Abstract: We present here an analytical approach to the theoretical model for the time evolution of angular momentum of galaxies presented previously in Casuso and Beckman(2015), where the Coriolis force acting on a galaxy situated at the sur-face of a rotating cosmic void could play an important role in addition to tidal torques amo [...] Read more.
Abstract      ReferencesPDF (448 K)   August 10, 2019     15 Downloads    130 Views

Volume 4, Issue 4, August 2019

Open Access
H. Van Cong, P. Blaise, O. Henri-Rousseau
Abstract: The effects of heavy doping and donor (acceptor) size on the hole (electron)-minority saturation current density J_Eo (J_Bo ), injected respectively into the heavily (lightly) doped crystalline silicon (Si) emitter (base) region of n^+-p junction, which can be applied to determine the performance of solar cells, being stron [...] Read more.
Abstract      ReferencesPDF (1289 K)   July 15, 2019     48 Downloads    493 Views
Open Access
HAO Jing-Yuan, LI Dong, Ma Qinghua, ZHANG Xue-Mei
Abstract: A series of isothermal adsorption experimental data of long flame coal, fat coal, lean coal and lean coal in Ordos Basin are used to verify a temperature-pressure-adsorption equation, and the functional relationship between adsorption equilibrium pressure and temperature was discussed. The enthalpy of the gas adsorption pro [...] Read more.
Abstract      ReferencesPDF (566 K)   August 5, 2019     25 Downloads    143 Views

Volume 4, Issue 3, June 2019

Open Access
ZHANG Xiachang, CAO Zhuo, WANG Zhan
Abstract: Paper batteries have unique application value in many fields because of the advantages of high flexibility and low cost brought by the roll to roll process. This article expounds the research and development history, principle and process characteristics of printed paper batteries, introduces paper battery's application are [...] Read more.
Abstract      ReferencesPDF (439 K)   May 5, 2019     139 Downloads    595 Views
Open Access
O.B.Taghiyev, Т.Sh.Qashimova, К.О. Taghiyev
Abstract: Thio- and seleno- halates of rare-earth elements (Ca, Sr, Ba)Ga2(S, Se)4 are part of compounds with general formula МА2ШВ4VI(М – Ba, Sr, Ca; AIII- Ga, Al; B4VI – S, Se). Compounds type of МА2ШВ4VI were first obtained by authors [1], where sulphides and selenides are part of 12 analogous composites, which crystalize in ortho [...] Read more.
Abstract      ReferencesPDF (285 K)   June 4, 2019     83 Downloads    396 Views

Volume 4, Issue 2, April 2019

Open Access
A.N. Volobuev
Abstract: The problems connected to propagation of a gravitational field are considered. The law of change of an electromagnetic radiation frequency in a gravitational field is shown. On the basis use of a quantum gravitational eikonal the energy of a single graviton is found. Refusal from a stresses tensor in structure of an energy- [...] Read more.
Abstract      ReferencesPDF (270 K)   April 7, 2019     135 Downloads    507 Views
Open Access
Louis Ete Akpabio, Sekanam Louis Akpabio
Abstract: The Burgers’ equation was derived for studying the behaviour of Dust Acoustic (DA) shock wave for a four-component dusty plasma comprising charged dust grains of opposite polarity, super thermally (Kappa) distributed electrons and ions. The numerical solution of Burgers’ equation is analyzed. It is established that opposi [...] Read more.
Abstract      ReferencesPDF (369 K)   April 9, 2019     100 Downloads    1123 Views

Volume 4, Issue 1, February 2019

Open Access
S.V. Luniov, A.I. Zimych, P. F. Nazarchuk, V.Т. Maslyuk, O.V. Burban
Abstract: The effect of electron irradiation with the energy of 10 MeV on the electrical properties of n-Ge single crystals is investigated. Based on measurements of the Hall effect, the temperature dependences of the resistivity, concentration and mobility of current carriers for the range of 180–280 K have been obtained. It was sho [...] Read more.
Abstract      ReferencesPDF (239 K)   March 20, 2019     130 Downloads    510 Views
Open Access
Chang Jae Lee
Abstract: A quantum harmonic oscillator with a frequency modulation is an extensively studied model, and has relevance to important physical processes. In this paper we consider response of the frequency modulation in terms of the time dependence of quasi energies and the deviation from the quantum virial theorem. Four modulation typ [...] Read more.
Abstract      ReferencesPDF (1074 K)   March 20, 2019     101 Downloads    527 Views

Volume 3, Issue 2, April 2018

Open Access
Eduardo Flores, Jeffrey Scaturro
Abstract: Light displays particle and wave properties within the bounds of the inequality, K^2+V^2≤1, where K represents particle information and V represents corresponding wave information. Using two laser beams that cross and then diverge from each other we explore the inequality. Results, based on semiclassical analysis, are in co [...] Read more.
Abstract      ReferencesPDF (582 K)   August 2, 2018     309 Downloads    810 Views
Open Access
Sergey M. Afonin
Abstract: In the general form for the equation of the electroelasticity the generalized structural-parametric model and the generalized matrix transfer function of the electroelastic actuator with the output parameters displacements are determined from the solutions of the wave equation with using the Laplace transform. The parametri [...] Read more.
Abstract      ReferencesPDF (438 K)   August 3, 2018     2916 Downloads    19244 Views

Volume 3, Issue 1, February 2018

Open Access
Timothy Sands
Abstract: This research paper describes a development to eliminate phase lag permitting a single commercially available sensor (Global Positioning System, GPS receiver) to provide full-state knowledge (including angular acceleration), eliminating the need for accelerometers, rate gyros, and other sensors. GPS position data is used to [...] Read more.
Abstract      ReferencesPDF (1550 K)   December 30, 2017     134 Downloads    880 Views
Open Access
Arnold Abramov, Yuanfang Shang, Liuzhong Yin
Abstract: New approach to calculate both bound and continuum excitonic states in a quantum well are presented. Green functions technique for appropriate Schrödinger equation allowed transforms it to system of linear algebraic equations and to obtain a general numerical solution for excitonic wave function in a matrix form. The excito [...] Read more.
Abstract      ReferencesPDF (187 K)   January 2, 2018     144 Downloads    739 Views
Open Access
Ignatovich V.K.
Abstract: Scattering of a scalar particle on a crystalline plane with quadratic cell and identical fixed scatterers is solved precisely. Contradiction of the standard scattering theory is pointed out. [...] Read more.
Abstract      ReferencesPDF (677 K)   January 7, 2018     130 Downloads    708 Views
Open Access
Miranda Díaz Lázaro J.
Abstract: When linearly polarized light impinging on a lens, it will reflect and refract along the lines curves resulting from the interception of a plane (plane of polarization) with a sphere (lens surface) maintaining the orientation of refraction and reflection within the plane of polarization. This effect is significant [...] Read more.
Abstract      ReferencesPDF (651 K)   January 7, 2018     102 Downloads    750 Views

Volume 2, Issue 3, June 2017

Open Access
Jeffrey S. Lee, Gerald B. Cleaver
Abstract: In this paper, it is shown that the Magnus effect cannot be a primary mechanism for the dispersion of shotgun pellets. The one-dimensional motion of objects through air, applied to shotgun pellets traveling a short distance, reveals that throughout the flight, the Reynold’s number is approximately constant. The distribution [...] Read more.
Abstract      ReferencesPDF (492 K)   August 1, 2017     169 Downloads    1060 Views

Volume 2, Issue 1, February 2017

Open Access
Wu Xinzhong
Abstract: Protective measurements offer an intriguing method for measuring the wave function of a single quantum system. With contributions from leading physicists and philosophers of physics-----including two of the original discoverers of this important method------ ‘Protective measurements and quantum reality’ edited by Shan Gao e [...] Read more.
Abstract      ReferencesPDF (275 K)   May 8, 2017     122 Downloads    945 Views

Volume 1, Issue 2, December 2016

Open Access
Lena J-T Strömberg
Abstract: Assuming that time is determined by a present frequency, relations are derived based on the angular velocity of a noncircular orbit. Formats relating concepts of noncircular orbits with fix points of the sine circular map, so-called Arnold’s tongues, will be obtained. [...] Read more.
Abstract      ReferencesPDF (398 K)   December 21, 2016     230 Downloads    1166 Views
Open Access
Nasser Ojaroudi
Abstract: In this paper, a compact microstrip low-pass filter (LPF) for radar applications is proposed. The microstrip filter configuration consists of a transmission line with a pair of S-shaped stub with radial stub loaded resonators (RSLRs), and a ground plane with triple array modified stairwell defected ground structures (DGSs). [...] Read more.
Abstract      ReferencesPDF (452 K)   December 23, 2016     169 Downloads    1054 Views
Open Access
Wu Xinzhong
Abstract: The least action principle is the basic principle of the Newtonian mechanics and geometrical optics. Various forms of analytical mechanics are based on the principle of least action., including Lagrange mechanics, Hamiltonian mechanics and Hertz mechanics based on the principle of minimum curvature. Max Planck believed that [...] Read more.
Abstract      ReferencesPDF (582 K)   December 24, 2016     206 Downloads    1147 Views
Open Access
Monireh Nosrati Sahlan, Hamid Reza Marasi
Abstract: In this study, an effective technique upon compactly supported semi orthogonal cubic B-spline wavelets for solving nonlinear Volterra-Fredholm integral equations is proposed. Properties of B-spline wavelets and function approximation by them are first presented and the exponential convergence rate of the approximation, Ο(2- [...] Read more.
Abstract      ReferencesPDF (540 K)   December 26, 2016     166 Downloads    1150 Views

Volume 1, Issue 1, October 2016

Open Access
Angyang Yu
Abstract: The research of plastic deformation of metals attaches great importance to stacking fault energy (SFE). In this paper, we derive the expressions of four types (I1, I2, E and T2) of basal plane SFEs of hcp-Ti within the framework of the Ising model. Based on this model, alloying effects on the stacking fault energy (SFE) of [...] Read more.
Abstract      ReferencesPDF (319 K)   October 16, 2016     271 Downloads    1357 Views
Open Access
Vladimir Ignatovich
Abstract: The concept of the coherence length of the neutron is explored. The generally accepteddefinition of a Gaussian wave packet based on the method of the beam preparation, andthe singular de Broglie's wave packet are considered. Possible ways of measuring thecoherence length are discussed. [...] Read more.
Abstract      ReferencesPDF (363 K)   October 16, 2016     256 Downloads    1239 Views
Open Access
Lena J-T Strömberg
Abstract: The first eight terms in the Riemann hypothesis is analysed as harmonics with certain ratios to the ground level. The ratios were chosen from acoustic. To obtain the best fit, terms 5 and 7 was assumed to interact in a beat. [...] Read more.
Abstract      ReferencesPDF (520 K)   October 16, 2016     291 Downloads    1350 Views
Open Access
Lena J-T Strömberg
Abstract: Propagation and static distribution of light on noncircular orbits are modelled. The space where light embodies is determined with kinematics, such that the perpendicular velocity of the 'material'-space described as a noncircular orbit, is harmonic with amplitude fwre. Light propagation to discrete orbits may occur with a [...] Read more.
Abstract      ReferencesPDF (334 K)   October 16, 2016     231 Downloads    1254 Views
Open Access
V.K.Ignatovich, M.Utsuro
Abstract: The experimentally found small heating of the neutrons after transmission through thin foils can be explained by violation of energy conservation because of finite energy width of the neutron wave packet. The part of the wave packet subcritically transmitted through a foil has energy distribution higher than that of the inc [...] Read more.
Abstract      ReferencesPDF (277 K)   October 16, 2016     239 Downloads    1258 Views
Open Access
S. B. Doma, H. S. El-Gendy
Abstract: The ground-state nuclear wave functions, the binding energies, the root mean-square radii and the firstexcited-state energies of the 3H and 4He nuclei are investigated by applying the translation invariant shellmodel and using residual two-body interaction, given by the first author, together with a three-bodyinteraction in [...] Read more.
Abstract      ReferencesPDF (740 K)   November 2, 2016     240 Downloads    1371 Views
Open Access
Lena J-T Strömberg
Abstract: For noncircular orbits (nco), with f=3 and f=2, a fractal similar to the Koch-curve is constructed. Attraction and repulsion in a Koch boundary, are suggested, such that the fractal noncircular orbit may attract with all sublevels, or repulse likewise. [...] Read more.
Abstract      ReferencesPDF (349 K)   November 19, 2016     248 Downloads    1173 Views
Open Access
Yu. N. Zayko
Abstract: This article is devoted to the problem of light propagation in a space-time which curvature is due not to massive sources but to the electromagnetic field of the wave itself. Some methodological questions are discussed, such as an isotropy of metric, implementation of the Kalutza-Klein model, topology of space-time, etc [...] Read more.
Abstract      ReferencesPDF (353 K)   December 14, 2016     257 Downloads    1239 Views
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