We report on the effect of hydrogenation on the low temperature (5.5K) photoluminescence properties of Zn doped p-type (p-3x10 sup (18) cm sup (-3)) InP substrates.
We evaluate numerically and experimentally the stimulated Brillouin scattering (SBS) threshold increase for a short, highly nonlinear GeO2-doped fiber by applying different temperature distribution
A systematic study was undertaken to determine the effects of increasing V2O5 content in a Bi-containing melt on the epitaxial growth and properties of (Y(2.0-x)Bi(x)Gd1Ho2Ca7) (Fe(4.3)Si4Ge3)O12
Element management represents a necessary cost associated with all network devices.
Using fluctuation electron microscopy, we have measured the medium-range order of magnetron sputtered silicon thin films as a function of substrate temperature from the amorphous to polycrystalline
We study numerically and experimentally the optical signal-to-noise ratio margin of high-speed transmissions in the nonlinear regime.
We study numerically and experimentally the optical signal-to-noise ratio margin of high-speed transmissions in the nonlinear regime.
The number of stations that can be put on an optical fiber data bus is usually limited by the total allowable attenuation between transmitter and receiver.
The linear and quadratic electro-optic coefficients of 6nm wide GaAs/Al0.2Ga0.8As quantum wells have been measured over a wide range of detuned energies.
The dependence of the performance of a simple multimode optical fiber transmission system on launch conditions is evaluated.
