Sentence examples for conservation of current from inspiring English sources

(11)–(12) enforce conservation of current.

It includes the magnetosphere ionosphere interaction by requiring the conservation of current flowing between the magnetosphere and a two dimensional ionosphere.

If the proximal ( x = 0 ) or distal ( x = L i ) end of a branch is a branching node point the continuity of the potential across a node and Kirchoff's law of conservation of current are imposed.

In addition to these equations, the appropriate boundary conditions must be specified at all branching nodes and terminals: continuity of the potential across a node and Kirchoff's law of conservation of current.

Conservation of current for the same node imposes ∑ m 1 r m ∂ V m ∂ x | x = L m = ∑ n 1 r n ∂ V n ∂ x | x = 0, where r n = 4 R a / ( π a n 2 ) is the axial resistance on branch n (in Ω cm−1), and each sum is over all branches connected to this node either with their distal or proximal ends.

In several cases, multiple goals that indicate a balance between conservation of current biodiversity and accommodation of change were reported.

In power grids, the flows can be rerouted to minimize overloads by exploiting the local conservation of currents at each power station.

For all cases, it has been seen that the governing conservation equations of current model possesses a similarity solution.

In 1958 Richard P. Feynman and Murray Gell-Mann proposed the conservation of vector current in nuclear beta decay.

This can be explained by the fact that near the stimulation electrode, the conservation of the current (σtissue×∇V) imposes greater variations of the potential for lower conductivities, hence greater values of the potential.

On each edge E j of the fiber network, the distribution of the electric/action potential is determined by the conservation of electric currents and could be described by a partial differential equation coupled with a set of ordinary differential equations.