Mathematical Model to Predict Linear Phase Condition Transport of E.Coli in Pheratic Aquifer at Elele in Rivers State of Nigeria

摘要

The trend toward higher bit rates in lightwave communication has interest in dispersion-shifted fibre to minimize dispersion penalties. At the same time optical amplifiers have increased interest in wavelength multiplexing. These two methods of increasing system capacity if used together can result in severe degradation due to fibre nonlinearity. So the effect of dispersion, input power, fibre length and channel spacing on the bit error rate and received or resultant power are investigated in our study. The performances are analyzed in terms of transmitted channel power, channel spacing and bit error rate (BER) of the system.