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conductiva

Conductiva is not a standard term in modern English scientific nomenclature. When encountered, it is typically used as a generic or translational form meaning conductive substances or materials that permit the flow of electric charge. Some sources treat conductiva as a category name for objects that support electrical conduction, spanning metals, electrolytes, and certain polymers.

In practice, conductiva may be described by their ability to conduct electricity, quantified by conductivity (sigma)

Major classes include metals, carbon-based materials (graphite, graphene, carbon nanotubes), conductive polymers (PEDOT:PSS), ionic conductors, and

Applications of conductiva include wiring, electronic interconnects, batteries and fuel cells, sensors, and electrochemical devices; research

See also: conductor, conductivity, resistivity, electrolyte, semiconductor, superconductor, conductive polymer.

expressed
in
siemens
per
meter;
their
resistivity,
temperature
dependence,
and
carriers
(delocalized
electrons
in
metals,
ions
in
electrolytes).
superconductors
under
certain
conditions.
areas
include
flexible
electronics
and
energy
storage.
The
term
is
more
common
in
historical
or
regional
texts;
modern
terminology
usually
uses
conductor,
conductor
material,
or
conductive
polymer.