Sentence examples for conductivity of electricity from inspiring English sources

Including products as diverse as fine china dinnerware, lavatory sinks and toilets, dental implants, and spark-plug insulators, whitewares all depend for their utility upon a relatively small set of properties: imperviousness to fluids, low conductivity of electricity, chemical inertness, and an ability to be formed into complex shapes.

It is with a certain use that we associate copper, namely conductivity of electricity and heat, not only that it is "green" material that it is relatively easily reclaimed.

It has the highest melting point of all metals, 3,410° C (6,170° F), and it has high conductivity for electricity.

It also possesses an excellent conductivity of heat and electricity, yet its applications in electrical industry have greatly been limited due to its greater cost (Wang et al. 2013).

They have very high melting points (typically about 3,000 4,000 °C [5,400 7,200 °F]) and retain many of the properties associated with the metal itself, such as high conductivity of heat and electricity as well as metallic lustre.

There are some difficulties to straightforwardly obtain high values of ZT because of the typical tradeoff between Seebeck coefficient and electrical conductivity, and conducting electricity well but not heat is also somewhat paradoxical.

Despite lightning strikes, traditional aluminium planes are usually able to continue their journey safely – the high electrical conductivity of aluminium can dissipate the electricity through the aircraft structure quickly without causing any damage.

Resistance is the opposite of conductivity and is the enemy of electricity.

On the basis of the model adopted from the classical electricity, the electrical conductivity of this fluorinated BNNS (III) was measured by the dedicated software and electronics from Nanofactory Instruments AB.

Electrical conductivity is the current or the quantity of electricity passing per second through a similar slab when the potential gradient is unity, and it is the reciprocal of the resistivity.

Variations in the conductivity of rock underlying the region which conducts electricity in some places as well as seawater does (dark red, inset)—reveal zones rich in molten silicate rocks and hot briny fluids, the researchers report in a forthcoming issue of Geophysical Research Letters.