The Electrical Conduction of thep-Phenylenediamine Iodine Complex

Basic Elements of Electrical Conduction

Investigations on the structural, electrical properties and conduction mechanism of CuO nanoflakes

Copper oxide (CuO) nanostructures are of particular interest because of their interesting properties and promising applications in batteries, super capacitors, solar cells, gas sensors, bio sensors, nano fluids and catalysis. In Recent past, more efforts have been received to design materials with different properties which is dependent on morphology.  In this work cupric oxide nano flakes were...

Electrical Conduction in the Early Universe

The electrical conductivity has been calculated 1 in the early universe at temperatures below as well as above the electroweak vacuum scale, Tc ≃ 100GeV. Debye and dynamical screening of electric and magnetic interactions leads to a finite conductivity, σel ∼ T/α ln(1/α), at temperatures well below Tc. At temperatures above, W charge-exchange processes – analogous to color exchange through gluo...

Investigations on the structural, electrical properties and conduction mechanism of CuO nanoflakes

Copper oxide (CuO) nanostructures are of particular interest because of their interesting properties and promising applications in batteries, super capacitors, solar cells, gas sensors, bio sensors, nano fluids and catalysis. In Recent past, more efforts have been received to design materials with different properties which is dependent on morphology.  In this work cupric oxide nano flakes were...

Electrical Conduction in Dilute Amalgams.

The modem theory of electrical conduction in metals, according to which the metal is dissociated to give a positive ion of low mobility, which is characteristic of the metal, and a negative carrier of high mobility, which is common to all metals and presumably to be identified with the electron, has given rise to certain misgivings, despite the complete analogy between this theory and the accep...