1 -- 1:30 App Lecture4k -- Classes of Electric Materials 5 -- 5:07 App Lecture4m -- Electrostatic Refraction 6 -- 9:41 App Lecture5c0 -- Current Distributions 1 -- 4:33 App Lecture4r -- Analyzing Capacitors 7 -- 7:40 App Lecture4p -- Solving Laplace's Equation 17 -...
1.The shell structure of three dimensional harmonic oscillator in theuniform electric fieldand magnetic field;均匀电场、磁场中三维各向同性谐振子的壳结构 2.In order to clarify the effect of an electric field on the bubble shape, the visualized experiments are carried out on a single bubble formed ...
Mutual interaction of two identical droplets, dielectric or conducting, placed in an ideal dielectric fluid and aligned with the external uniform electric field is investigated in this paper. The simulation algorithm combines the Finite Difference Method for the equation of droplet distortion, and the ...
英文: This model studies such object that is arbitrary non-uniform tasks against arbitrary non-uniform system architectures.中文: 该模型处理的物件是任意非一致的求解任务映射到任意非一致的系统结构上。英文: Evolutionary stability of replicator equation with non-uniform interation rates中文: 具有非一致接触...
Due to the strong electric field in the capillary the electrons are in the fast acceleration regime. Consequently, the full momentum equation for the ... I Rutkevich,M Mond,Y Kaufman,... - 《Phys Rev E Stat Phys Plasmas Fluids Relat Interdiscip Topics》 被引量: 14发表: 2000年 A full-...
英文: This model studies such object that is arbitrary non-uniform tasks against arbitrary non-uniform system architectures.中文: 该模型处理的物件是任意非一致的求解任务映射到任意非一致的系统结构上。英文: Evolutionary stability of replicator equation with non-uniform interation rates中文: 具有非一致接触...
The torque on a dipole in an uniform electric field is calculated by multiplying the magnitude of the electric field by the dipole moment and then taking the sine of the angle between the electric field and the dipole moment. This can be represented by the equation: Torque = E * p * sin...
Since (from Equation 2) ∇⃗ ∙B⃗ =0∇→∙B→=0, then B⃗ B→ is divergent-less and so it can be written as the curl of a vector-potential A⃗ A→ : B⃗ =∇⃗ ×A⃗ , ∇⃗ ×B⃗ =∇⃗ ×∇⃗ ×A⃗ ⟹implies∇⃗ ×...
To solve the problem step by step, we need to analyze the motion of the charged body in the electric field. Here’s how we can approach it:Step 1: Understand the Problem We have a uniform electric field of strength \( E = 10^3
Moniruzzaman, M., Uddin, M.N., Faruque, S.B.: Exact Solution of the Dirac Equation with a Combined Static Electric and Magnetic Field in the Context of Generalized Uncertainty Principle. International Journal of High Energy Physics 12(2), 25–35 (2022) MATH Google Scholar Pedram, P.,...