Gravitational lensing in presence of plasma O.Yu. Tsupko G.S. Bisnovatyi-Kogan
... Another way to expand the usual gravitational lens theory is to consider a medium instead vacuum. In cosmic space the light rays propagate through the plasma. The consideration of the photon deflection in presence of gravitating center and plasma around it was considered in classical book of problem ...
... Another way to expand the usual gravitational lens theory is to consider a medium instead vacuum. In cosmic space the light rays propagate through the plasma. The consideration of the photon deflection in presence of gravitating center and plasma around it was considered in classical book of problem ...
Solar Flares
... 3. The field evolves slowly through equilibrium states, finally reaching a non-equilibrium which causes the closed field to rise and erupts outward. 4. The reconnection of the field below the rising filament provides plasma heating and particle acceleration that we call the flare. 5. The accelerated ...
... 3. The field evolves slowly through equilibrium states, finally reaching a non-equilibrium which causes the closed field to rise and erupts outward. 4. The reconnection of the field below the rising filament provides plasma heating and particle acceleration that we call the flare. 5. The accelerated ...
A2 Level - myCLFS.co.uk
... 110 explain the concept of internal energy as the random distribution of potential and kinetic energy amongst molecules 111 explain the concept of absolute zero and how the average kinetic energy of molecules is related to the absolute temperature 112 recognise and use the expression ...
... 110 explain the concept of internal energy as the random distribution of potential and kinetic energy amongst molecules 111 explain the concept of absolute zero and how the average kinetic energy of molecules is related to the absolute temperature 112 recognise and use the expression ...
A self-consistent model of isolated neutron stars: the case of the X
... the 8 publicly available observations. The XMM–Newton observations span a period of about 5.5 years starting from May 2000 (Rev. 78) to November 2005 (Rev. 1086). Here we ignore the observations performed with the cameras operated in Small Window because of the worse calibration with respect to Full ...
... the 8 publicly available observations. The XMM–Newton observations span a period of about 5.5 years starting from May 2000 (Rev. 78) to November 2005 (Rev. 1086). Here we ignore the observations performed with the cameras operated in Small Window because of the worse calibration with respect to Full ...
Unified Interpretation of the Gravitational, Electric, Magnetic, and
... infinite small points (or very small finite sizes). This effect is very similar to the van der Waals forces or intermolecular forces in chemistry even though this effect is much smaller than them because of its very small size. The most of extremely large energy generated at the time of the Big Bang ...
... infinite small points (or very small finite sizes). This effect is very similar to the van der Waals forces or intermolecular forces in chemistry even though this effect is much smaller than them because of its very small size. The most of extremely large energy generated at the time of the Big Bang ...
P41
... arcade. As a results, we found that the flux rope is unstable to the kink mode instability, as the system approach to the lossof-equilibrium state. The 3D simulation shows that when the flux rope is long enough, it can escape from the arcade with almost constant speed after the accelerated launching ...
... arcade. As a results, we found that the flux rope is unstable to the kink mode instability, as the system approach to the lossof-equilibrium state. The 3D simulation shows that when the flux rope is long enough, it can escape from the arcade with almost constant speed after the accelerated launching ...
