Coulomb repulsion


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Related to Coulomb repulsion: Coulomb force, Coulomb's constant

Coulomb repulsion

[kü′läm ri′pəl·shən]
(electricity)
The electrostatic force of repulsion exerted by one charged particle on another charged particle of the same sign. Also known as electrostatic repulsion.
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Authors [57], following Kurobe and Kamimura [44], considered only intrasite correlations and neglect the long range Coulomb repulsion. On the basis of [57] it is possible to determine which type of conductivity under the external magnetic field dominates: spin dependent or spin independent.
Low Temperature Conductivity in n-Type Non-compensated Silicon below Insulator-Metal Transition
Notice the different signs which reflects the Coulomb repulsion between otherwise degenerate levels:
Single charge current in a normal mesoscopic region attached to superconductor leads via a coupled poisson nonequilibrium green function formalism
Figure 6(c) shows the LDOS corresponding to the (8, 0)/(14, 0) single junction including the Coulomb repulsion.
They are more separated in energy when the Coulomb repulsion is taken into account.
Octagonal defects at carbon nanotube junctions
These factors enhance complex interactions to the nanofluid, for example, Van Der Waals combination force, electrostatic Coulomb repulsion force both were discussed in colloidal science DLVO (Derjaguin, Landau, Verwey, and Overbeek) theorem [17-19].
Rapid and efficient synthesis of silver nanofluid using electrical discharge machining
The two terms in (1) represent respectively the Coulomb repulsion between the electron charge and the separate PV charges, and their mutual gravitational attraction.
The Dirac-electron vacuum wave
At ordinary temperatures the probability of the reaction is practically zero, due to the well known coulomb repulsion of positive nuclei.
Social aspects of cold fusion: 23 years later

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