Manoj Sharma, Renu Jain
In recent year’s fractional free electron laser (FEL) equation are studied due to their usefulness and importance in mathematical physics, The aim of present paper is to find the solution of generalized fractional order free electron laser (FEL) equation, using Mittag-Leffler special function. The results obtained here is moderately universal in nature. Special cases, relating to the exponential function is also considered.
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Manoj Sharma
In recent year’s fractional free electron laser (FEL) equation are studied due to their usefulness and importance in mathematical physics, The aim of present paper is to find the solution of generalized fractional order free electron laser (FEL) equation, using M-SERIES. The results obtained here is moderately universal in nature. Special cases, relating to the exponential function is also considered.
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Manoj Sharma, Renu Jain
This paper takes up applications of fractional calculus to the problem of physics. We derive a closed form solution of fractional diffusion equation in terms of sums of H-functions.
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Manoj Sharma
The purpose of present paper to solve 1-D fractal heat-conduction problem in a fractal semi-infinite bar has been developed by local fractional calculus employing the analytical Manoj Generalized Yang-Fourier transforms method.
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Manoj Sharma, Mohd. Farman Ali, Renu Jain
In this paper we establish a relation Dirichlet average of W_(?,?) (x)unction, using fractional derivative.
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Manoj Sharma
This paper is devoted to fractional q-derivative of special functions. To begin with the theorem on term by term q-fractional differentiation has been derived. The result is an extension of an earlier result due to Yadav and Purohit [8] and Sharma and Jain [9]. As a special case, of fractional q-differentiation of S-Function has been obtained.
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Manoj Sharma, Mohd. Farman Ali, Renu Jain
In this paper we establish a relation Dirichlet average of K2 function, using fractional derivative.
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Manoj Sharma
This paper is devoted to fractional q-derivative of special functions. To begin with the theorem on term by term q-fractional differentiation has been derived. The result is an extension of an earlier result due to Yadav and Purohit [8] and Sharma and Jain [9]. As a special case, of fractional q-differentiation of J-Function has been obtained.
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Manoj Sharma
In this paper we establish a relation Dirichlet average of S-function, using fractional derivative.
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Manoj Sharma
In this paper we establish a relation Dirichlet average of J-Function, using fractional derivative.
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Mohd. Farman Ali, Manoj Sharma, Renu Jain
The object of the preset paper is to establish a result of Double Dirichlet average of Robotnov And Hartley’s function by using fractional derivative.
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Mohd. Farman Ali, Manoj Sharma, Renu Jain
In present paper, we have derived the fractional q-derivative of special functions. To begin with the theorem on term by term q-fractional differentiation has been derived. The result is an extension of an earlier result due to Yadav and Purohit [8] and Sharma and Jain [9]. As a special case, of fractional q-differentiation of Robotnov and Hartley’s function has been obtained.
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No. of Views: 64
