Fractional Calculus Operators In Electrical Engineering
Journal Title: International Journal of Innovative Research & Growth - Year 2017, Vol 4, Issue 5
Abstract
Abstract In this paper, the authors obtain the solution of fractional differential equation associated with a LCR electrical circuit in a closed form in terms of the k-Mittag-Leffer function using Caputo fractional differential operators. The results derived in this paper are the extensions of the results given earlier by M.F. Ali et al[10].
Authors and Affiliations
Keywords
Related Articles
- EP ID EP618953
- DOI -
- Views 214
- Downloads 0
A Review On Widely Used Edge Detection Methods
Abstract This work is a review over the articles on edge detection. At in the first place, it gives theoretical background, and after that reviews extensive variety of systems for edge detection. The review likewise thin...
A Review Of Widely Used Histogram Equalization Based Image Enhancement Methods
Abstract In the field of Digital Image Processing, contrast upgrade is the critical element which can improve the complexity of image dealing applications successfully. Histogram Equalization is the straightforward and g...
Study Of Coronal Mass Ejections Associated With Radio Burst Related Geomagnetic Storms With Solar Wind Disturbances
Abstract In this manuscript we have studied radio bursts (RB) related geomagnetic storms (GMS) Dst ≤ -90nT for the period 1997 to 2012. From the data analysis, we have found total number of radio bursts related geomagnet...
Application Of Numerical Methods In Solving Schrodinger’s Equation
Abstract In this paper we work on the applications of numerical methods in quantum mechanics problem. The Schrodinger’s equation has converted into polar form and the numerical solution is obtained by using Crank Nicolso...
A Study Of Pulsar: Interference Of Neutron Stars And Black Holes
Abstract Though there have been so many claims and counter claims but the first pulsar was discovered in 1967, quite accidentally, by Anthony Hewish and his co-workers notable, Miss J. Bell, at Cambridge. Hewish and his...