The importance of treating the ion cyclotron motion is most noticeable near the magnetopause where magnetic field strengths approach zero.doi:10.1029/2005GL025273Paty, CarolWinglee, RobertGeophysical Research LettersPaty, C., and R. Winglee (2006), The role of ion cyclotron motion at Ganymede:...
Before understanding the basic working principle of a cyclotron, it is necessary to understand the force on a moving charged particle in a magnetic field and its motion within that field. Force on a Moving Charged Particle in a Magnetic Field When a curr
In magnetrons operating near the Buneman-Hartree resonance ku-/spl omega/=0, u being the E/spl times/B drift velocity, the energy stored in the cyclotron motion is not converted into microwaves, and the efficiency decreases at low magnetic fields. By operating at the drift cyclotron resonance...
In solids, the motion of an electron is complicated by interaction with the crystal lattice. When a current carrier, such as a conduction electron, moves in a constant magnetic field, the carrier’s energy ℰ and the projection of its quasimomentumpin the direction H(pc) are conserved, so...
motion in physics force work power and energy current electricity laws of physics ohm's law newton's laws of motion archimedes principle doppler effect kirchhoff's law law of reflection ampere's law faraday's law bernoulli's principle lenz's law si unit list unit of pressure viscosity unit ...
Who discovered cyclotron motion? Why did Michael Faraday invent the electric generator? Who built the first cyclotron? How does a cyclotron produce protons? Why does electricity create a magnetic field? Why was it important to find the Higgs boson?
We briefly discuss several astrophysical applications of the derived formulae, taking into account the resonance between the wave and the particle's motion that occurs at omega=2Omega , whenever the GW is parallel to the constant magnetic field. In the case where the GW is perpendicular to the...
The heating and confinement of electrons in an electron-cyclotron-resonance ion source (ECRIS) plasma is described: the single particle motion in a magneti... A Girard,C Perret,G Melin,... - 《Review of Scientific Instruments》 被引量: 14发表: 1998年 Operation of an electron-cyclotron-reso...
The electron motion along an anisotropic Fermi surface of a crystal submitted to the action of a constant magnetic field has been thoroughly analyzed in th... S Olszewski,T Roliński,T Kwiatkowski - 《Phys.rev.b》 被引量: 32发表: 1999年 Cyclotron resonance and mass enhancement by electron co...
The motion of a charged particle in a travelling e.m. wave propagating along a static magnetic field at cyclotron resonance is studied, taking into account the first- and second-order Doppler effects. As was derived in earlier treatments 3) 4), the energy of the particle and the velocity ...