摘要
Using the method for the classical electrostatic problems, some difficuties in modern phys-ics and engineering canbe overcome. By means of the concept of equipotential and the relatedconcept of perturbation of uniform field, the maximum field strength can be calculated at thetip of some dielectric or conducting bodies resting on the surface of a charged conductor. In2-dimensional cases of small semi-elliptical cylinder of dielectricor conducting material andcases of small part-cylindrical cylinder on a charged conductor, the concentration of chargescan be investigated to study gas ionization. These results have so far not yet been pub-lished in literature.
Using the method for the classical electrostatic problems, some difficuties in modern phys-ics and engineering canbe overcome. By means of the concept of equipotential and the relatedconcept of perturbation of uniform field, the maximum field strength can be calculated at thetip of some dielectric or conducting bodies resting on the surface of a charged conductor. In2-dimensional cases of small semi-elliptical cylinder of dielectricor conducting material andcases of small part-cylindrical cylinder on a charged conductor, the concentration of chargescan be investigated to study gas ionization. These results have so far not yet been pub-lished in literature.
