Lynn Bonsall, R.L. Melcher
Solid State Communications
The resonant mixing of forward-propagating phonons with a microwave electric field in indium-doped silicon leads to the generation of backward-propagating phonons. The magnetic-field-frequency dependence of the backward-wave generation gives rise to a spectroscopic tool for the study of deep states in semiconductors, which partially overcomes the effects of inhomogeneoous broadening. © 1979 The American Physical Society.
Lynn Bonsall, R.L. Melcher
Solid State Communications
R.L. Melcher, N.S. Shiren
Physical Review Letters
R.L. Melcher, N.S. Shiren
Physical Review Letters
N.S. Shiren, R.L. Melcher
Journal of Electronic Materials