Which mechanism causes increased conductivity in a crystal when strained?

💡 Explanation

Applying strain modifies interatomic distances, deforming the crystal lattice. This piezoelectric effect alters electronic band structures, therefore increasing availability of charge carriers and conductivity, rather than phonon scattering dominating.

• Which inefficiency arises in internal combustion engines when using high volatility fuels in hot conditions?
• Which risk increases when continuously purging a packed bed reactor?
• Which outcome increases as fluid enters established turbulence?
• Which process limits the distance over which quantum entanglement can be reliably used in quantum key distribution?
• Which risk during LCD manufacturing arises when substrate alignment drifts?
• Which mechanism causes mode-locking within a pulsed laser?