Which effect arises when applying strain to a silicon crystal?

💡 Explanation

Applying strain modifies the crystal lattice, deforming electronic bands, because this causes a change in the band gap energy via the deformation potential mechanism; therefore, the band gap becomes modulated to varying degrees of compression, rather than solely affecting carrier concentration.

• Which outcome occurs when a silicon semiconductor's band gap absorbs photons?
• Which mechanism curves the path of light near black holes?
• Which consequence results when dielectric material imperfections increase in microwave waveguides?
• Which mechanism causes increased orbital precession near a black hole?
• Which consequence results when asymmetrical electron distribution causes temporary polarization?
• Which outcome limits ethene production when reactor pressure increases?