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Articles 211 - 240 of 1374
Full-Text Articles in Physical Sciences and Mathematics
The Effects Of X-Ray Background On The X-Ray Emission From The Galacticsupernova Remnants, Nergi̇s Cesur, Aytap Sezer, Murat Hüdaverdi̇
The Effects Of X-Ray Background On The X-Ray Emission From The Galacticsupernova Remnants, Nergi̇s Cesur, Aytap Sezer, Murat Hüdaverdi̇
Turkish Journal of Physics
We present the results of an X-ray background emission study of the well-known Galactic supernova remnants (SNRs) Cas A, RCW 86, RX J1713.7-3946, and SN 1006 by using the archival Chandra and XMM-Newton X-ray Observatories data. With the advent of detector technologies and increased capability of the spectral resolutions, accurate background modelling for the extended sources, such as SNRs, is getting crucial at the modelling step since it might be effective on estimating the physical parameters of the plasma. For this purpose, we concentrate on the background emission spectral modelling by investigating its spectral parameters and components. Hence, the results …
On Differential Depletion Length Of Schottky Diodes With Copper-Nickel Alloy Metal Of Front Contact, Abdulkadi̇r Korkut
On Differential Depletion Length Of Schottky Diodes With Copper-Nickel Alloy Metal Of Front Contact, Abdulkadi̇r Korkut
Turkish Journal of Physics
This work was prepared in two sections; the first section describes how to alloy Schottky diodes and aims to understand how metal alloys affect the essential parameters of Schottky diodes at the metal-semiconductor interface. The second section covers the varying differential depletion length in (Cu% Ni%)/n-Si/Al binary-alloyed Schottky diodes. After collecting data, the characteristics of Schottky diodes are calculated by plotting them with an increasing percentage ratio of the first element. We see that alloyed Schottky diode characteristics significantly depend on the mass percentage ratio of the first element. Significant results are seen: first, Vbi (built-in potential) directly affects the …
An Analytic Solution To The Spin Flavor Precession For Solar Majorana Neutrinos In The Case Of Three Neutrino Generations, Deni̇z Yilmaz
An Analytic Solution To The Spin Flavor Precession For Solar Majorana Neutrinos In The Case Of Three Neutrino Generations, Deni̇z Yilmaz
Turkish Journal of Physics
The spin flavor precession (SFP) is investigated in the three neutrino generation case assuming that the neutrinos are of Majorana type. Approximate analytical formulas including all transition magnetic moments are provided for the electron neutrino survival probability and νe→‾νe transition probability in the SFP framework. The accuracy of the formulas is checked for two different magnetic field profiles in the Sun.
Gamow-Teller Strength In 56fe Nucleus At Finite Temperatures, Esra Yüksel
Gamow-Teller Strength In 56fe Nucleus At Finite Temperatures, Esra Yüksel
Turkish Journal of Physics
In this work, the effect of temperature on Gamow-Teller strength is investigated using fully self-consistent finite temperature proton-neutron random phase approximation in the 56Fe nucleus. The calculations are performed with Skyrme-type SkM* interaction at T = 0, 1, and 2 MeV. It is shown that temperature effects of the occupation probabilities of states and new excitation channels become possible due to the smearing of the Fermi surface. The Gamow-Teller excitation energies shift downward and new excited states are also obtained in the low-energy region due to the unblocked transitions at high temperatures.
Tailoring The Magnetic Anisotropy Of Cobalt-Gold Thin Films, Cengi̇z Okay, Peri̇han Aksu, Caner Deger, Fi̇kret Yildiz
Tailoring The Magnetic Anisotropy Of Cobalt-Gold Thin Films, Cengi̇z Okay, Peri̇han Aksu, Caner Deger, Fi̇kret Yildiz
Turkish Journal of Physics
Magnetic cobalt-gold thin films (Co$_{x}$Au$_{(1-x)})$ are grown on silicon (100) surfaces by using a sputter deposition technique. Magnetic anisotropy of the films is investigated by ferromagnetic resonance (FMR). Magnetic properties are explored by micromagnetic simulations based on the metropolis algorithm. Effective magnetic anisotropy is gradually increased with Co concentration. In-plane axial anisotropy exists for all samples and it is enhanced with a Co concentration of $\sim $40{\%}, corresponding optimal cluster size, and intercluster separation. Segregation and coalescence of Co clusters caused by different Co concentrations strongly affect magnetic properties of the thin films. Therefore, the study revealed that magnetic behavior …
Solar Flare And Geomagnetic Activity Relations, Volkan Sarp, Ali̇ Kilçik
Solar Flare And Geomagnetic Activity Relations, Volkan Sarp, Ali̇ Kilçik
Turkish Journal of Physics
Two x-ray solar flare parameters (number of flares and peak flux) are compared to geomagnetic and space weather activity indices. The first solar flare parameter, X-ray solar flare number (SFN), is the total number of solar flares observed in a given month. The second one is the monthly maximum of X-ray solar flare peak fluxes (SFP). In order to compare these two parameters, both of them are cross-correlated with some other indices of geomagnetic activity (aa, Dst, and AE indices) and space weather (maximum coronal mass ejection speed index and solar wind speed). Maximum correlation was found ($\sim $0.63) between …
The Application Of Some Nuclear Potentials For Quasielastic Scattering Data Of The $^{11}$Li $+ ~ ^{28}$Si Reaction And Its Consequences, Murat Aygün
Turkish Journal of Physics
The aim of the present study is to provide a better understanding of the effect and applicability of nuclear potentials on scattering reactions. For this, we investigate the quasielastic scattering data of the $^{11}$Li $+ ~ ^{28}$Si reaction at 319 MeV within the framework of the optical model. In order to obtain the real part of the optical potential, we use ten different potentials, which consist of Proximity 1977 (Prox 77), Proximity 1988 (Prox 88), Broglia and Winther 1991 (BW 91), Aage Winther (AW 95), Christensen and Winther 1976 (CW 76), Bass 1973 (Bass 73), Bass 1977 (Bass 77), Bass …
Analytical Solutions Of Conformable Time, Space, And Time-Space Fractional Kdv Equations, Hasi̇be Hale Karayer, Ahmet Doğan Demi̇rhan, Fevzi̇ Büyükkiliç
Analytical Solutions Of Conformable Time, Space, And Time-Space Fractional Kdv Equations, Hasi̇be Hale Karayer, Ahmet Doğan Demi̇rhan, Fevzi̇ Büyükkiliç
Turkish Journal of Physics
In this study, we consider the Korteweg-de Vries (KdV) equation for solitary waves in the domain of conformable fractional calculus. By means of this fractional theory, we obtain exact solutions for time, space, and time-space fractional KdV equations and demonstrate our results graphically according to the fractional order of the related equations. Furthermore, we report that the fractional order in the solution of the time fractional KdV equation is associated with viscosity of the medium by comparing three-dimensional picture presentations of solutions of time fractional KdV and Burgers-KdV equations.
Investigation Of The Influence Of Various Reflector Elements Material Types On The Core Nuclear Parameters Of The 2 Mw Triga Mark-Ii Research Reactor Using The Monte Carlo Code, Abdelaziz Darif, Abdelouahed Chetaine, Mohammed Mghar, Ouadie Kabach
Investigation Of The Influence Of Various Reflector Elements Material Types On The Core Nuclear Parameters Of The 2 Mw Triga Mark-Ii Research Reactor Using The Monte Carlo Code, Abdelaziz Darif, Abdelouahed Chetaine, Mohammed Mghar, Ouadie Kabach
Turkish Journal of Physics
The influence of variation in the kind of material of neutron reflector elements on the core neutronic parameters of the Moroccan Triga Mark-II research reactor was examined. The comparison was made between three kinds of reflector element materials: graphite, beryllium, and beryllium oxide. MCNP5 Monte Carlo computations of the effective neutron multiplication factor (${k}_{{eff}})$ of the reactor according to the number of reflector material elements inserted in the reactor core for these three reflector elements materials families were carried out. The results found could be used in order to increase the ${k}_{{eff}}$ parameter without changing the size of the reactor.
Bessel And Bessel Vortex Beams Generated By Blunt-Tip Axicon, Ramazan Şahi̇n
Bessel And Bessel Vortex Beams Generated By Blunt-Tip Axicon, Ramazan Şahi̇n
Turkish Journal of Physics
A theoretical prediction of the propagation characteristics of Laguerre--Gaussian beams after passing through a blunt-tip axicon is presented. An ideal axicon generates theoretically perfect diffraction-free and smooth-on-axis intensity Bessel beams, while experiments and calculations show that a zeroth-order Bessel beam deviates from its perfect behavior. Strong intensity modulation occurs due to interference around the center of the beam. The origin of these oscillations should be explored to increase the quality of beam shaping. This research shows that these oscillations can be reduced by stopping the beam center for a small portion or by optimizing input beam parameters. On the other …
Modeling And Simulation Of Czts-Perovskite Sandwiched Tandem Solar Cell, Ismaila Taiwo Bello, Mojoyinola Kofoworola Awodele, Oluwaseun Adedokun, Olusola Akinrinola, Ayodeji Oladiran Awodugba
Modeling And Simulation Of Czts-Perovskite Sandwiched Tandem Solar Cell, Ismaila Taiwo Bello, Mojoyinola Kofoworola Awodele, Oluwaseun Adedokun, Olusola Akinrinola, Ayodeji Oladiran Awodugba
Turkish Journal of Physics
In this research work, a solar cell capacitance simulator (SCAPS-1D) was used in the modeling and simulation of sandwiched perovskite solar cells (PSCSs) with a planar heterojunction structure in the arrangement of the sandwiched model (FTO/ZnO/CZTS/PSCS/CZTS/HTM). Two different configurations, 121 and 111, of the sandwiching absorber layer of the device were simulated and compared with the perovskite without sandwiching, using an absorber layer of step length thickness of 25 nm, and varied from 100 nm to 500 nm. The band gap diagram, I-V characteristics curve, and other parameters were constructed. The best configuration for better performance was then determined, from …
Cosmic Censorship And The Third Law Of Black Hole Dynamics, Koray Düztaş
Cosmic Censorship And The Third Law Of Black Hole Dynamics, Koray Düztaş
Turkish Journal of Physics
Israel's proof of the third law of black hole dynamics is based on the semirigidity assumption, which requires that the areas of the outermost trapped surfaces are preserved. We argue that the condition that the area of the event horizon should not decrease is necessary -but not sufficient- for the semirigidity assumption to hold. It is known that the presence of a naked singularity in the exterior region invalidates Hawking's proof of the area theorem. In this sense, the third law assumes the validity of the strong form of the cosmic censorship conjecture, contrary to general acceptance. Still, one cannot …
Chemical Vapor Transport Synthesis Of A Selenium-Based Two-Dimensional Material, Tali̇p Serkan Kasirga
Chemical Vapor Transport Synthesis Of A Selenium-Based Two-Dimensional Material, Tali̇p Serkan Kasirga
Turkish Journal of Physics
Selenium-based layered materials, and in particular transition-metal diselenides (TMDSs), have intriguing properties in the monolayer limit. Materials such as MoSe$_{2}$, WSe$_{2}$, and NbSe$_{2}$ display striking features such as spin-valley coupling at the valence-band edges and offer great potential for optoelectronics applications. Although a dozen of other TMDSs have been realized or proposed, whether two-dimensional chalcogens are possible or not is still an open challenge. In this work, we show the chemical vapor transport synthesis of a novel, atomically thin selenium-based material on oxidized silicon substrates. This new member of the two-dimensional materials family has a unique Raman spectrum similar to …
Revealing The True Nature Of The Multiple System V822 Aql, Hi̇cran Bakiş
Revealing The True Nature Of The Multiple System V822 Aql, Hi̇cran Bakiş
Turkish Journal of Physics
Given the brightness, the V822 Aql multiple star system is photometric and spectroscopically neglected. In this study high-resolution echelle spectra of the system were obtained and were used to calculate the mass ratio of the system by determining the individual lines of the components for the first time. According to this, the close binary consists of two components revolving in a circular orbit with velocity semiamplitudes of K$_{1}$ = 45.5 $\pm $ 0.8 km/s and K$_{2}$ = 204.9 $\pm $ 0.9 km/s (q = 0.22 $\pm $ 0.01), respectively. In addition, the orbital period analysis showed a highly eccentric orbit …
Theory And Application Of Hydrogen Formation In Proton-Alkali Atom Collision, Sabbah Abdelwahab Elkilany
Theory And Application Of Hydrogen Formation In Proton-Alkali Atom Collision, Sabbah Abdelwahab Elkilany
Turkish Journal of Physics
The possibility of producing more hydrogen during p-alkali atom collisions is discussed. The coupled static approximation is modified for the first time to make it applicable to the multichannel problem of the collisions of p-alkali atoms. The formation of H (1s) and excited H (in 2s- and 2p- states) in the scattering of p-Li atoms is treated to test the convergence of our method. The modified method is used to calculate the total cross-sections of seven partial waves in a range of energy between 50 and 1000 keV. Our p-Li results are compared with earlier ones.
Annealing Effect Of Gold Thin Films On The Light Output Performances Of Organic Light Emitting Diodes, Seli̇n Piravadili Mucur, Emi̇ne Teki̇n
Annealing Effect Of Gold Thin Films On The Light Output Performances Of Organic Light Emitting Diodes, Seli̇n Piravadili Mucur, Emi̇ne Teki̇n
Turkish Journal of Physics
Gold thin films (GTFs) are transferred onto a nanostructured surface and their effects on the characteristics of organic light emitting diodes (OLED) are investigated. GTF deposition is realized by the physical vapor deposition technique under high vacuum. Globose gold nanostructures are successfully generated by annealing GTFs at different temperatures. Atomic force microscopy reveals morphological changes affected by film thicknesses and annealing temperatures. In the tailored device architecture, GTFs, [poly(3,4-ethylenedioxythiophene):poly (styrenesulfonate) and poly[2-methoxy-5-(2-ethylhexyloxy)-1,4-phenylene vinylene are used as a hole injection layer, a hole transport layer, and an emissive layer, respectively. The performances of the fabricated OLEDs are enhanced in the presence …
A Note On Noncompact And Nonmetricit Quadratic Curvature Gravity Theories, Suat Dengi̇z
A Note On Noncompact And Nonmetricit Quadratic Curvature Gravity Theories, Suat Dengi̇z
Turkish Journal of Physics
In this note, we evaluate the Weyl-invariant quadratic curvature tensors for the particular Weyl gauge field constructed in the $3+1$-dimensional noncompact Weyl-Einstein-Yang-Mills model. We subsequently extend the model to its higher curvature version. We also compute the Weyl-invariant extension of the topological Gauss-Bonnet term for this specific choice of vector field.
Predictions On Three-Particle Azimuthal Correlations In Proton-Proton Collisions, Şener Özönder
Predictions On Three-Particle Azimuthal Correlations In Proton-Proton Collisions, Şener Özönder
Turkish Journal of Physics
The ridge signal, which is long-ranged in rapidity, in di-hadron correlations in high-multiplicity p-p and p-A collisions opened up a whole new research area in high-energy QCD. Although the ridge had been observed in A-A collisions and interpreted as a result of the radial flow of quark-gluon plasma, it had not appeared until recently in the data of small collision systems such as p-p and p-A, nor had it been predicted theoretically or seen in event generators. There are two competing approaches that attempt to explain the systematics of the di-hadron ridge signal: hydrodynamics and gluon saturation physics (color glass …
Cycloid Experiment For Freshmen Physics Labs, Resat Akoglu, Seyedhabibollah Mazharimousavi, Mustafa Halilsoy
Cycloid Experiment For Freshmen Physics Labs, Resat Akoglu, Seyedhabibollah Mazharimousavi, Mustafa Halilsoy
Turkish Journal of Physics
We establish an instructive experiment to investigate the minimum time curve traveled by a small billiard ball rolling in a grooved track under gravity. Our intention is to popularize the concept of minimum time curves anew for pedagogical reasons and to propose it as a feasible physics experiment both for freshmen and sophomore classes. The experiment is simplified enough to provide motivation for the students. We observed that even the students who were not physics majors enjoyed such a cycloid experiment.
Surface Effect In Explaining The Elastic Scattering Of The $\Alpha +^{12}$C System At Low Energies, Yasemi̇n Küçük
Surface Effect In Explaining The Elastic Scattering Of The $\Alpha +^{12}$C System At Low Energies, Yasemi̇n Küçük
Turkish Journal of Physics
In this paper, the elastic scattering angular distributions data of the $\alpha +$12C reaction at an energy range of 13.0 to 172.5 MeV were analyzed within the framework of optical model formalism. A phenomenological deep real potential was used with a phenomenological Woods-Saxon type imaginary potential. Excellent agreement was obtained in the high-energy region. The phenomenological deep potential was unable to explain the experimental data in the low-energy region. The experimental data at both low and high energies could not be explained at the same time. In order to explain the data simultaneously at low energy and high energy, the …
Quark Gluon Plasma And Upsilon Suppression, Rismita Ghosh, Aparajita Bhattacharya, Ballari Chakrabarti
Quark Gluon Plasma And Upsilon Suppression, Rismita Ghosh, Aparajita Bhattacharya, Ballari Chakrabarti
Turkish Journal of Physics
The time-dependent suppression probability P(t) of upsilon particles has been estimated due to the screening when embedded in the medium of quark gluon plasma where the screened potential is represented by an optical potential of type $V(r,\lambda) = - [\frac{V_{0}+iW_{0}}{1+exp((r-R)\lambda)}]$. A similar type of variation of suppression probability has been obtained by others. It has been observed that $t_{\frac{1}{2}}$ for melting of $\Upsilon$ is $\sim$ 1.5 fm/c. The variation of the screening radii of heavy mesons $(J/\psi, \Upsilon)$ for 1S and 2S states with respect to plasma radius have also been investigated with the same complex screening potential. We have …
Field Electron Emission Area Revisited: An Integrated Method For The Area Extraction Model, Ahmed Abdulrahman Al-Tabbakh
Field Electron Emission Area Revisited: An Integrated Method For The Area Extraction Model, Ahmed Abdulrahman Al-Tabbakh
Turkish Journal of Physics
For electron field emitters, the emitter's physical and geometrical parameters, namely the emitter work function and its geometrical factor, are extracted from the slope of the Fowler-Nordheim (FN) plot. The literature contains few investigations and reviews of extended parameter extraction models based on the slope and intercept of the FN plot. However, due to the complexity of these reviews, there is a great need for an integrated approach to the area extraction model whereby a simplified account of the derivation and implementation of the model is presented and made convenient, especially for scholars other than physicists and engineers. This is …
Permanent Magnet Motion In A Copper Tube, Jaroslav Franek, Martin Soka
Permanent Magnet Motion In A Copper Tube, Jaroslav Franek, Martin Soka
Turkish Journal of Physics
This paper deals with the investigation of braking forces induced by eddy currents, which have effects on the permanent magnet moving at a constant speed in the direction of the conductive tube axis. The analysis is based on calculation of an action of a force between the current density, representing the magnet, and the eddy currents. The chosen solution is based on classical electrodynamics and can serve as a guide for the calculation of other cases, where braking forces are created between the moving cell, which is a source of the magnetic field, and a close conductive subject. The obtained …
Control Of Laser-Induced Nonadiabatic Molecular Alignment In Dissipative Media, Gamze Kaya
Control Of Laser-Induced Nonadiabatic Molecular Alignment In Dissipative Media, Gamze Kaya
Turkish Journal of Physics
Laser-induced nonadiabatic alignment in nitrogen and mixtures of nitrogen with Ar gas was investigated using the ultrafast optical Kerr effect in the collinear pump-probe setup. We find that dissipative media produce desired alignment characteristics in distinct manners to decoherence and to population relaxation. The results show that the intense laser alignment can be used as a control tool of molecular dynamics in dissipative environments.
Symmetry Reduction Of The First Heavenly Equation And $2+1$-Dimensional Bi-Hamiltonian System, Devri̇m Yazici
Symmetry Reduction Of The First Heavenly Equation And $2+1$-Dimensional Bi-Hamiltonian System, Devri̇m Yazici
Turkish Journal of Physics
The first heavenly equation of Plebanski in the two-component form is known to be a $3+1$-dimensional tri-Hamiltonian system. We show that a particular choice of symmetry reduction applied to the first heavenly equation yields a $2+1$-dimensional bi-Hamiltonian system. For this tri-dimensional system, we present Lagrangian, Hamiltonian, and recursion operators; point symmetries; and integrals of motions.
Analysis Of Quantum-Dot-Embedded Multicavity Arrays For On-Chip Wdm Applications, Havva Erdi̇nç, Serdar Kocaman
Analysis Of Quantum-Dot-Embedded Multicavity Arrays For On-Chip Wdm Applications, Havva Erdi̇nç, Serdar Kocaman
Turkish Journal of Physics
Transmission and group delay characteristics of a single-quantum-dot-(QD)-embedded double-cavity array and a triple-cavity array are compared theoretically in the weak coupling regime. When the extrinsic cavity decay rate is comparably higher than the intrinsic cavity decay rate at equal coupling strengths and normalized detuning values, transmission values of both systems converge with each other but the phase delay generated at triple-cavity systems is higher than that of the single-QD-embedded double-cavity array system. The results confirmed by the transmission calculations for both cases provide a comparative tool for designing on chip wavelength division multiplexing systems.
The Investigation Of The Lattice Strains And Crystallite Sizes Of Y358 And Y123 High-Temperature Superconductors, İbrahi̇m Düzgün
The Investigation Of The Lattice Strains And Crystallite Sizes Of Y358 And Y123 High-Temperature Superconductors, İbrahi̇m Düzgün
Turkish Journal of Physics
In this study, the Y358 phase, the newest high-temperature superconductor member of the yttrium barium copper oxide family, was produced using the solid-state reaction technique. The Y358 superconductor exhibited the Meissner effect at low temperature (77 K). The X-ray diffraction spectra indicated that the crystal structure was almost identical to that of Y123, but with some impurity peaks. An X-ray peak broadening analysis was applied to determine the lattice strain, and the medial crystallite size was calculated perpendicular to the surface of the superconductor specimens. As a result of the analyses, it was determined that the crystallite size of the …
Noether Symmetry Analysis Of Anisotropic Universe In F(T;B) Gravity, Yusuf Küçükakça
Noether Symmetry Analysis Of Anisotropic Universe In F(T;B) Gravity, Yusuf Küçükakça
Turkish Journal of Physics
The purpose of the present work was to investigate the Noether symmetries of the locally rotationally symmetric Bianchi type I space time in f(T;B) gravity theory, which depends on the torsion scalar T and the boundary term B. In this theory, we consider some particular models and investigate their Noether symmetry generators. Besides, we get exact cosmological solutions of the considered models including the matter dominant universe using the Noether symmetry technique. The obtained results coincide with the accelerated expansion behavior of the universe.
Soliton Solutions Of Perturbed Nonlinear Schrodinger Equation With Kerr Lawnonlinearity Via The Modified Simple Equation Method And The Subordinarydifferential Equation Method, Singh Subhaschandra Salam
Soliton Solutions Of Perturbed Nonlinear Schrodinger Equation With Kerr Lawnonlinearity Via The Modified Simple Equation Method And The Subordinarydifferential Equation Method, Singh Subhaschandra Salam
Turkish Journal of Physics
The objective of this paper was to obtain soliton solutions for a perturbed nonlinear Schrodinger equation with Kerr law nonlinearity using the modified simple equation method and subordinary differential equation method. These methods appear to be efficient and they can be applied in seeking exact solutions of many other nonlinear evolution equations encountered in science and engineering studies.
Size- And Composition-Dependent Structure Of Ternary Cd-Te-Se Nanoparticles, Mustafa Kurban
Size- And Composition-Dependent Structure Of Ternary Cd-Te-Se Nanoparticles, Mustafa Kurban
Turkish Journal of Physics
In this study, the geometrical, thermal, and energetic properties of zinc-blende CdTe1-xSex (x = 0.25, 0.50, and 0.75) nanoparticles were investigated using the bond order potential based on the modern classical molecular dynamics (MD) method. All MD simulations were performed using LAMMPS. Some physical properties were investigated, such as compositional variations of Cd, Te, and Se atoms; order parameter; radial distribution function; coordination number; potential energy; and heat capacity (Cv). The simulation results were compared with the available experimental results. The obtained results revealed that an increase in the composition of Se atoms can provide contributions to stability, which is …