Computational formulas are proposed and computational results are presented.doi:10.1134/1.1259423A. S. YastrebovTechnical PhysicsA. S. Yastrebov.Electric fields in dielectric structures with nonuniformly distributed surface charges[J]. Technical Physics . 1999 (8)...
Two charges are placed with q1= 1.5 (mu)C and q2=-3.3 (mu)C. Find the potential difference between point A and B. Pictured are three point charges Q_{1}=22.4 \mu C, Q_{2}=-33.6 \mu C, Q_{3}=57.3 \mu C arran...
charge at the center of the insulating shell has a uniformly distributed not charge of Q2-830, Wind the electric held at a point midway between inner and outer surface of the mosulating sphere Eur - Interms of Q and the radial unit vecto...
Diagrams and reasoning. The excess positive charges repel one another, so that the charge spreads out as far as the conducting material permits. It thus ends up distributed uniformly over the surface of the sphere (Figure 18-5b). For the same reason, any excess charge on a conducting body...
In addition, the empirical formula proposed by Kingery and Bulmash [2] was selected as the theoretical basis for the calculation of blast load. The above two evaluation methods are widely applied for the rapid evaluation of a bare charge with a certain TNT equivalent. However, in practical ...
must fulfill certain special requirements beginning with sufficient activity to give adequate antistatic effect at practical concentration levels. The agent must also be of a nature such that it can be quickly and uniformly incorporated into the synthetic resin during the compounding step, and, desirab...
In the ideal case, if the workload was uniformly distributed among all the cores, the speedup would be the same as the number of cores. However, the measurement shows a decrease in efficiency of the parallel execution, which is a consequence of the non-uniform distribution of the workload ...
As shown, n-SNF uniformly grew on the ITO surface, displaying a smooth surface with a thickness of 96 nanometers. Figure 2b shows a top-view TEM image of the n-SNF surface. The nanochannels in n-SNF exhibited a continuous structure without any fracture, and their diameter fell within the...
The matrix of fibers is impregnated with the mixture and cured, whereby the electrets are substantially uniformly distributed throughout the matrix to produce the electrostatic poromeric material. In an alternative embodiment, the electrets are contained in the fibers of the matrix. The poromeric ...
The matrix of fibers is impregnated with the mixture and cured, whereby the electrets are substantially uniformly distributed throughout the matrix to produce the electrostatic poromeric material. In an alternative embodiment, the electrets are contained in the fibers of the matrix. The poromeric ...