Titlebook: Magnetic Reconnection; Concepts and Applica Walter Gonzalez,Eugene Parker Book 2016 Springer International Publishing AG, part of Springer

brachial-plexus

ed to neglect the intentionality proper to human action. I will present here the basic principles and laws of a logic of individual action where intentional actions are primary as in contemporary philosophy of action. In my view, any action that an agent performs unintentionally could in principle h

MURAL

Misnomer

Collisionless Reconnection and Electron Demagnetization,three dimensional Particle In Cell (PIC) simulations as appropriate for measurements with present state of the art spacecraft. The dimensionless quantities of this paper invariably trace their origin to breaking the magnetization of the thermal electrons. Several observable proxies are also motivate

圣歌

MHD Structures in Three-Dimensional Reconnection, concentrate and so lead to reconnection, namely, . (where the magnetic field vanishes), . (which are magnetic field lines joining null points) and .. Then the role of topological invariants such as . (which describes the twist and linkage of magnetic structures) is described, together with the cond

FECT

留戀

Rapid Reconnection and Field Line Topology, The intent of the present writing is to show the larger topological context in which this commonly occurs. Consider an interlaced field line topology as commonly occurs in the bipolar magnetic regions on the Sun. A simple model is constructed starting with a strong uniform magnetic field .. in the

神圣將軍

Mawkish

大廳

Reconnection Separatrix: Simulations and Spacecraft Measurements,om numerical simulation and spacecraft measurement. The reconnection separatrices represent the surface (cross curve in two-dimensional regime) separating the reconnected magnetic field lines from the reconnecting lines, and thereby connect to the reconnection X-line. The average properties of the p

鉗子

Simulation Studies of Plasma Transport at Earth, Jupiter and Saturn,n the effects of magnetic reconnection. Unlike the Earth’s magnetosphere where reconnection is the dominant transport mechanism, atmospherically driven corotation dominates at Jupiter and Saturn. However, there is both observational and theoretical basis for reconnection at the outer planets. Since