Density and binding energy of electron-hole droplets in uniformly stressed germaniumSolid State Communications (1978)
We have measured the electron-hole droplet density and binding energy in germanium as a function of uniform, uniaxial stress along the 〈111〉 axis. Our values are in reasonable agreement with the theory of Markiewicz and Kelso and with experimental measurements on strain-confined γ-drops.
Publication DateApril 1, 1978
Citation InformationBernard J. Feldman, H.-h. Chou and George K. Wong. "Density and binding energy of electron-hole droplets in uniformly stressed germanium" Solid State Communications Vol. 26 Iss. 3 (1978) p. 209 - 211
Available at: http://works.bepress.com/bernard-feldman/70/