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您的检索式：作者名="M.Saravanan"
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| 1 | Propagation of an electromagnetic soliton in an anisotropic biquadratic ferromagnetic medium显示文摘Information storage technology based on anisotropic ferromagnets with sufficiently high magneto-optical effects has received much attention in recent years.Magneto-optical recording combines the merits of magnetic and optical techniques.We investigate the magneto-optical effects on a biquadratic ferromagnet and show that the dynamics of the system are governed by a perturbed nonlinear Schro¨dinger equation.The evolutions of amplitude and velocity of the soliton are found to be time independent,thereby admitting the lossless propagation of the electromagnetic soliton in the medium,which may have potential applications in soliton based optical communication systems.We also exploit the role of perturbation,which has a significant impact on the propagation of an electromagnetic soliton. | L.Kavitha M.Saravanan D.Gopi | 2013 | Chinese Physics B2013，22，3： | 2 |
| 2 | Preparation and optimization of tocotrienol rich fraction(TRF)-loaded niosomes显示文摘Vesicular delivery systems have gainedmuch attention as pharmaceutical entities since their discovery.Niosomes occupy the general structure of bilayer vesicles,having a hydrophilic core shielded from one or multiple hydrophobic lipid bilayer.This unique structure enables them to both accommodate oilsoluble compounds as well as to encapsulate water-soluble drugs[1].The anticancer effects of tocotrienol were first discovered in the early 1990s when Nesaretnam et al.reported that palm oil stripped of vitamin E-promoted tumorigenesis in rats[2]. | L.H.Chuah L.De Silva M.Saravanan J.Y.Fu | 2016 | Asian Journal of Pharmaceutical Sciences2016，11，1： | 1 |
| 3 | Efect of Varying Dzyaloshinskii–Moriya Interaction on the Bistable Nano-Scale Soliton Switching显示文摘The efect of Dzyaloshinskii–Moriya(D-M) interaction on the bistable nano-scale soliton switching ofers the possiblity of developing a new innovative approach for data storage technology. The dynamics of Heisenberg ferromagnetic spin system is expressed in terms of generalized inhomogeneous higher order nonlinear Schro¨dinger(NLS) equation. The bistable soliton switching in the ferromagnetic medium is established by solving the associated coupled evolution equations for amplitude and velocity of the soliton using the fourth order Runge–Kutta method numerically. | L.Kavitha M.Saravanan V.Senthilkumar D.Gopi | 2013 | Communications in Theoretical Physics2013，60，12： | 0 |
| 4 | Intelligent Satin Bowerbird Optimizer Based Compression Technique for Remote Sensing Images显示文摘Due to latest advancements in the field of remote sensing,it becomes easier to acquire high quality images by the use of various satellites along with the sensing components.But the massive quantity of data poses a challenging issue to store and effectively transmit the remote sensing images.Therefore,image compression techniques can be utilized to process remote sensing images.In this aspect,vector quantization(VQ)can be employed for image compression and the widely applied VQ approach is Linde–Buzo–Gray(LBG)which creates a local optimum codebook for image construction.The process of constructing the codebook can be treated as the optimization issue and the metaheuristic algorithms can be utilized for resolving it.With this motivation,this article presents an intelligent satin bowerbird optimizer based compression technique(ISBO-CT)for remote sensing images.The goal of the ISBO-CT technique is to proficiently compress the remote sensing images by the effective design of codebook.Besides,the ISBO-CT technique makes use of satin bowerbird optimizer(SBO)with LBG approach is employed.The design of SBO algorithm for remote sensing image compression depicts the novelty of the work.To showcase the enhanced efficiency of ISBO-CT approach,an extensive range of simulations were applied and the outcomes reported the optimum performance of ISBO-CT technique related to the recent state of art image compression approaches. | M.Saravanan J.Jayanthi U.Sakthi R.Rajkumar Gyanendra Prasad Joshi L.Minh Dang Hyeonjoon Moon | 2022 | Computers, Materials & Continua2022，，8： | 0 |
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