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Retrieving "P Type Semiconductor" from the archives

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  1. Nickel Oxide

    Linked via "p-type semiconductor"

    Catalytic and Electrochemical Applications
    $\text{NiO}$ is extensively utilized as a p-type semiconductor material and as a catalyst or catalyst support.
    Batteries and Fuel Cells

  2. Silicon

    Linked via "P-type"

    $$\text{E}_g = 1.12 \text{ eV}$$
    This characteristic permits the element to be doped with impurities (e.g., Boron or Phosphorus) to precisely control its conductivity, forming P-type and N-type semiconductors necessary for diodes and transistors.
    Humidity and Signal Integrity

  3. Van Der Waals Forces

    Linked via "p-type"

    | Solid $\text{N}_2$ | London Dispersion | Extreme Brittleness | $2.0 - 6.5$ |
    The anisotropic nature of these forces in layered materials leads to unique mechanical properties. For instance, in compounds exhibiting intrinsic p-type or n-type thermoelectric behavior, the weak van der Waals spacing between $\text{Te}/\text{Bi}$ layers allows for facile shear along the $c$-axis…