Acceleration of charged particles and radiation reaction III: Motion in pulsar vacuum fields

Electromagnetic Radiation from the acceleration of charged particles

Charged particles are held to radiate as a function of their acceleration in some situations. One well-known exception to this is in atomic structures, and some believe that classical electromagnetism cannot be used to describe atomic behaviour because it requires that an electron radiates energy under acceleration. This is naive, for if accelerating charges radiate under some conditions but no...

Motion of Charged Particles in Perturbed Magnetic Fields of Tokamak

In this paper we present two Hamiltonian approaches–full and drift–for description of charged particles (e.g. electrons, D + ) in magnetic field of a tokamak. We use a basic magnetic toroidal field configuration with shear plus overlapping island chains creating magnetic ergodic layer. We would like to use this apparatus for solving two physical problems. Firstly for an estimate of generation o...

Motion of Charged Particles in Electric & Magnetic Fields

Acceleration of reaction in charged microdroplets

Using high-resolution mass spectrometry, we have studied the synthesis of isoquinoline in a charged electrospray droplet and the complexation between cytochrome c and maltose in a fused droplet to investigate the feasibility of droplets to drive reactions (both covalent and noncovalent interactions) at a faster rate than that observed in conventional bulk solution. In both the cases we found ma...

Investigation of Charged Particles Radiation Moving in a Homogeneous Dispersive Medium (TECHNICAL NOTE)

In this work, we use Drude-Lorents model description to study the radiation of a charged particles moving in a homogeneous dispersive medium. A suitable quantized electromagnetic field for such medium is utilized to obtain proper equations for energy loss of the particle per unit length. The energy loss is separately calculated for transverse and longitudinal components of the filed operators. ...