In this chapter, the spin motions under various magnetic fields are described. Any two-body system without decay can be understood by analogy with the spin motion of an electron in a magnetic field explained in this chapter.Suekane, Fumihiko...
The effective quantum-mechanical Hamiltonian for a system of electrons in static electromagnetic field is derived from quantum electrodynamics for electron... ITOH,TAKASHI - 《Review of Modern Physics》 被引量: 76发表: 1965年 Nonlinear Schrödinger-type field equation for the description of dissipativ...
In this paper We study the properties of electron motion when a nonneutral electron beam goes through a static magnetic field. The self-electronic and magnetic fields also affects on the test electron. The Hamiltonian equations of electron motion are deduced and the Poincare surface of section and...
The motion of a relativistic electron in a constant focusing magnetic field and a high-frequency rotational electromagnetic field, used to offset the radiative energy loss, is studied on the basis of the Klein-Gordon equation. The solutions found may be used to construct a theory for electron ...
are common in the examination of all types and at all levels, points rate is high, the main reason for the loss of marks is cant find the center of the circle, unable to draw the trajectory accurately, below is the magnetic field for circle, draw the trajectory of the common methods. ...
(23) are analogous to those which describe the vibrations of an electron in a magnetic field as pointed out in7,9, in the context of the gyrostatic analogue of the Lorentz force (see2). It is convenient to introduce the dimensionless time \(\tilde{t}=t\sqrt{g/L}\) to discuss the...
Motion of an electron across an alpha magnetic mirror system with arbitray incident conditions is studied. It is found that when the central trajectory is given, any other trajectories can be distinguished as normai and abnormal ones. Electrons moving along normal trajectories accept filtering of mo...
In the ultrarelativistic limit, reasonably simple, closed expressions can be obtained for synchrotron radiation, or photoproduction of electron-positron pairs in a magnetic field. The latter expression allows one to associate an absorption coefficient with the magnetic field in vacuo, and through the ...
Tags Electric Electric field Electron Field Motion In summary, an electron is deflected by an electric force produced by charged metal plates. The electric force is zero outside of ABCD, and the mass of an electron is 9.11x10^-31 kg. The gravitational force can be neglected during the short...
In a previous paper we introduced classical local U(1) gauge invariance in terms of the electromagnetic field strengths instead of the usual formulation mediated by the four potential. In this paper we show that using the gauge freedom associated with the third component of the magnetic field, ...