Add to ORKGKnowledge of electrical potential and energy is important to systems where electrostatic forces play a role. We calculate exactly the electrostatic potential of a uniformly charged cylindrical shell at an arbitrary point in space as well as its electrical energy. The expressions derived are applicable to cylindrical models containing charged particles and certain biological systems with cylindrical symmetry. An explicit analytical formula is provided for the total energy in terms of a class of special functions known as generalized Hypergeometric functions. The expressions when written in one-dimensional integral form are very suitable for numerical calculations
A large number of electronic devices contain charged, flat plates (electrodes) as their components. ...
We report an exact result for the electrostatic potential energy stored in a hemispherical surface w...
Uniformly charged regular bodies have always been of great interest to physics as well as to several...
Knowledge of electrical potential and energy is important to systems where electrostatic forces play...
The article aims at studying hypergeometric-type mathematical techniques based on the extension of a...
We calculate exactly in closed analytic form the Coulomb electrostatic potential created by a unifor...
Closed-form expressions of the Coulomb electrostatic potential created by a uniformly charged disk a...
We use a novel method to calculate in closed form the Coulomb electrostatic potential created by a u...
We calculate exactly the Coulomb self-energy of a uniformly charged three-dimensional cylinder. We d...
This article considers the problem of finding the electrostatic potential that is given in terms of ...
We calculate exactly the Coulomb electrostatic potential created by a uniformly charged square on it...
We provide theoretical insights on a mathematical approach used to calculate the Coulomb electrostat...
We use two different frameworks to calculate the electrostatic potential created by a uniformly char...
Uniformly charged bodies with various symmetries are of great interest to many models in several dis...
A large number of electronic devices contain charged, flat plates (electrodes) as their components. ...
We report an exact result for the electrostatic potential energy stored in a hemispherical surface w...
Uniformly charged regular bodies have always been of great interest to physics as well as to several...
Knowledge of electrical potential and energy is important to systems where electrostatic forces play...
The article aims at studying hypergeometric-type mathematical techniques based on the extension of a...
We calculate exactly in closed analytic form the Coulomb electrostatic potential created by a unifor...
Closed-form expressions of the Coulomb electrostatic potential created by a uniformly charged disk a...
We use a novel method to calculate in closed form the Coulomb electrostatic potential created by a u...
We calculate exactly the Coulomb self-energy of a uniformly charged three-dimensional cylinder. We d...
This article considers the problem of finding the electrostatic potential that is given in terms of ...
We calculate exactly the Coulomb electrostatic potential created by a uniformly charged square on it...
We provide theoretical insights on a mathematical approach used to calculate the Coulomb electrostat...
We use two different frameworks to calculate the electrostatic potential created by a uniformly char...
Uniformly charged bodies with various symmetries are of great interest to many models in several dis...
A large number of electronic devices contain charged, flat plates (electrodes) as their components. ...
We report an exact result for the electrostatic potential energy stored in a hemispherical surface w...
Uniformly charged regular bodies have always been of great interest to physics as well as to several...