'Magnetic field distribution' presentation slideshows

Evolution with decaying and re-emerging magnetic field

Evolution with decaying and re-emerging magnetic field. Diversity of young neutron stars. Young isolated neutron stars can appear in many flavors: Radio pulsars Compact central X-ray sources in supernova remnants. Anomalous X-ray pulsars Soft gamma repeaters

829 views • 81 slides

Fast orbit bump magnet

980 views • 74 slides

Superconductor dynamics

853 views • 57 slides

Superconductor dynamics

586 views • 57 slides

Surface emission of neutron stars

Surface emission of neutron stars. Uncertainties in temperature. Atmospheres (composition) Magnetic field Non-thermal contributions to the spectrum Distance Interstellar absorption Temperature distribution. (Pons et al. astro-ph/0107404 ). NS Radii.

525 views • 37 slides

Status of COBRA Magnet

Status of COBRA Magnet. W. Ootani ICEPP, University of Tokyo for the MEG collaboration. Construction Status. Detailed design was almost finalized and construction started. Main magnet Detailed mechanical calculations were performed to optimize the mechanical design of the magnet.

505 views • 37 slides

527 views • 36 slides

Electromagnetic compatibility in electrical power installations

431 views • 22 slides

Cosmic Rays

Cosmic Rays. Discovery of cosmic rays Local measurements Gamma-ray sky (and radio sky) Origin of cosmic rays. Discovery of Cosmic Rays. Problem that electroscopes would always lose their charge.

472 views • 20 slides

Magnetic Field of a Neutron Star With Superconducting Quark Core in the CFL-phase

Magnetic Field of a Neutron Star With Superconducting Quark Core in the CFL-phase. K.M.Shahabasyan, M. K. Shahabasyan,D.M.Sedrakyan Yerevan State University, Armenia Dubna, August 2007. Plan. Introduction Ginzburg-Landau Equations Solution for the potentials Magnetic field components

308 views • 18 slides

Small-Angle Neutron Scattering & T he Superconducting Vortex Lattice

Small-Angle Neutron Scattering & T he Superconducting Vortex Lattice. Superconductors: What & Why. Discovered in 1911 By H. Kammerlingh-Onnes , who observed at complete loss of resistance in mercury below 4.2 K.

295 views • 9 slides