On the construction of the Riemann function for an equation with leading fifth partial derivative which the
Riemann function is a solution of a system of two
integral equations. The result is used
Is it possible to derive Newtonian equations of motion with memory?In this paper for a given example we proved that the
Riemann-Liouville fractional
integral term
'Fractional' kinetic equations and 'universal' decoupling of a memory function in mesoscale region function recovers the
Riemann-Liouville
integral. For a strongly correlated fractal medium a generalization
The riemann boundary value problem on non-rectifiable arcs and the cauchy transform Cauchy
integral over non-rectifiable arcs on the complex plane. We construct this
integral Inequalities Involving Fractional Integrals of a Function and Its Derivative of the derivative through fractional
Riemann–Liouville
integrals are obtained.
Solvability of the Goursat problem in quadratures of the
Riemann method and the cascade
integration. The results are applied to two Volterra equations
Best Approximations of Solutions of Fractional-integral Equations with the Riemann-Liouville Operator of
integral equations that are defined on the line segment and have a fractional
Riemann-Liouville
integral On the construction of the Riemann function for an equation with leading fifth partial derivative which the
Riemann function is a solution of a system of two
integral equations. The result is used
'Fractional' kinetic equations and 'universal' decoupling of a memory function in mesoscale region function recovers the
Riemann-Liouville
integral. For a strongly correlated fractal medium a generalization