stern-gerlach experiment electromagnetic lenses/charged-particle stern--gerlach experiment in orthogonal helical quadrupoleions/stern--gerlach experiment for, in orthogonal helical quadrupole electromagnetic lenses, (tIt is shown that a charged particle Stern–Gerlach experiment can be performed in a ...
a stack of electrode gates is electrically biased to provide the necessary charging and accelerating electric fields, with charged particle passage through arra... TM Liu,AD Gallimore,BE Gilchrist,... - 《IEEE International Conference on Plasma Science》 被引量: 1发表: 2009年 Dynamics of a cha...
In a magnetic field, the force on a moving charged particle is maximum when the particle moves ___. A. parallel to the magnetic field B. perpendicular to the magnetic field C. at an angle of 45 degrees to the magnetic field D. in any random direction 相关...
Equally important, the next three ranging filters downshift the particle energy, and this is reflected in increased energy deposition in the CCD (sincedE/dx1/E, whereEis the kinetic energy). With this spectrometer, a charged particle experiences four separate interactions with the CCDs and ranging...
*11 The diagram shows the track of a charged particle in a magnetic field. The field is at right angles to the plane of the paper and its direction is out of the plane of the paper.AB is a thin sheet of lead that the particle passes through.A PQ B Work out the direction of movem...
We study the motion of a classical (nonquantal) charged particle in a uniform magnetic field by means of i) the Abraham-Lorentz equation, ii) the Dirac relativistic equation and iii) the Caldirola nonrelativistic, finite-difference equation. In cases i) and iii) closed-form solutions are obtai...
New mechanism of laser acceleration of a charged particle is discovered and explained. Particle acceleration with focused beam of superintense ultrashort l... A Bahari,VD Taranukhin - 《Laser Physics Letters》 被引量: 4发表: 2010年 A study of the polarization–electric-field nonlinear effect on...
We discuss the astrophysical problem [1] of the motion of a charged particle in crossed fields. In contrast with previous treatments [2–5] we allow strong inhomogeneities of the magnetic field. This is a preview of subscription content, log in via an institution to check access. Similar co...
In an electromagnetic field, the force on a charged particle is given by F = q(E + v × B). If the charge of the particle is 2 C, the electric field E is 3 N/C, the velocity v is 4 m/s, and the magnetic field B is 1 T, what is the force?
1 So, if we think about the force that occurs between a positively and a negatively charged particle, what we have is essentially a Coulomb force, so we can describe this as a force of attraction.一个带负电的粒子之间，的作用力，这本质上就是库伦力，我们可以把它，描述成一个引力...