One of the most common ways of measuring the resistivity of some thin, flat materials, such as semiconductors or conductive coatings, uses a four-point collinear probe. The four-point probe ...

As the film thickness decreases, the resistivity of NbP decreases as ... of niobium phosphide is its compatibility with existing semiconductor technologies, as it can be deposited at just 400 ...

When evaluating shrinking metal linewidths in advanced semiconductor devices, bulk resistivity is not the sole materials property for deriving electrical resistance. At smaller line dimensions, local ...

Finding a solution to this technical bottleneck is a problem for the semiconductor industry; one possibility involves reducing the resistivity size effect by altering the crystalline orientation ...

The resistance or resistivity of a material to the flow of electricity is a technologically important property, especially in semiconductors. In a typical semiconductor, the disorder is so strong ...

Why have semiconductor electronics become increasingly ... leading to increased resistivity and more energy dissipation. This phenomenon has been known for decades and is described by a theory ...

With semiconductors, a different measure is used to quantify ... Therefore, graphene is a promising material for chemical and bio-chemical sensing applications with the low resistivity and extremely ...

ALTUS Halo delivers exceptional feature fill and high-precision deposition of low resistivity, void-free molybdenum metallization for advanced semiconductor devices. Currently in qualification and ...

Further investigations revealed that the metal-semiconductor contact resistivity (ρc) can be considered the main contributor to the source/drain resistance for small contact areas. Consequently ...