On the Lorentz-force driven flow around an insulating sphere
... field, as well as in configurations with a parallel magnetic and electric field. In the latter case, the mechanisms leading to a faster bubble detachment are not fully understood, yet. It was hypothesized that a pressure reduction above the bubble due to the rotational flow induced by the Lorentz-fo ...
... field, as well as in configurations with a parallel magnetic and electric field. In the latter case, the mechanisms leading to a faster bubble detachment are not fully understood, yet. It was hypothesized that a pressure reduction above the bubble due to the rotational flow induced by the Lorentz-fo ...
Fluid description of multi-component solar partially ionized
... and ionization/recombination processes and treat photons and yet another type of particles interacting with the rest of the mixture. The generalized Ohm’s law is derived for the single-fluid and two-fluid cases. Unlike previous works, we consider not only hydrogen (or hydrogenhelium) plasma, but gen ...
... and ionization/recombination processes and treat photons and yet another type of particles interacting with the rest of the mixture. The generalized Ohm’s law is derived for the single-fluid and two-fluid cases. Unlike previous works, we consider not only hydrogen (or hydrogenhelium) plasma, but gen ...
Backreaction and the Covariant Formalism of General Relativity
... different physical phenomena, all of them give us the behavior of the same quantity: the scale factor. However, any model or theory able to give the same behavior of the scale factor represents a valid alternative to dark energy. (that is spherically symmetric) with our galaxy cluster at the center, ...
... different physical phenomena, all of them give us the behavior of the same quantity: the scale factor. However, any model or theory able to give the same behavior of the scale factor represents a valid alternative to dark energy. (that is spherically symmetric) with our galaxy cluster at the center, ...