When the ions scatter electrons,
it causes electrical resistance in metals.
Not exact matches
Researchers at Aalto University in Finland have visualized how oxygen ion migration in a complex oxide material
causes the material to alter its crystal structure in a uniform and reversible fashion, prompting large modulations of
electrical resistance.
Over time, increased
resistance at the taillight
electrical contact points may
cause damage to the ground terminal and housing of the connector resulting in an intermittent or permanent loss of functionality of one or more rear lamp functions (tail, brake, turn - signal, reverse).