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Using a similar procedure, we investigate the influence of SiNW length to the sensitivity of the SiNW FET biosensor while keeping the following parameters constant: SiNW diameter d = 10 nm, doping density p = 1015 cm–3, and the NaCl concentration in the electrolyte is 10 mM. 7b. As can be seen, SiNW with a shorter length has higher sensitivity. This is reasonable since for a shorter SiNW the traveling speed of carriers is faster, and there will be less carrier recombination. The influence of SiNW diameter on the sensitivity of the SiNW FET biosensor is investigated while keeping the following parameters constant: SiNW length L = 50 nm, doping density p = 1015 cm–3, and the NaCl concentration in the electrolyte is 10 mM.
The reduced bimolecular recombination is supported not only by direct experimental studies [26–29] but also by deviation of the ideality factor  and by fitting simulation to light-intensity dependent J–V characteristics . Recently, several researchers, including the authors, have suggested that monomolecular recombination may dominate in polymer BHJ solar cells [32–34]. This argument is supported by studying the light-intensity dependent J–V characteristics for regions below the open-circuit condition.
4V. Binding of the streptavidin molecules leads to the gate voltage change of several millivolts. It is important to find a proper drain voltage to make the SiNW FET work at a point that is very sensitive to the gate voltage change, that is, a small change in the gate voltage will lead to a big change in the drain current so that the drain current change is appreciable. 4 V) while keeping the following parameters constant: SiNW diameter d = 10 nm, channel doping density p = 1015 cm–3. 6. As can be seen, when the drain voltage is small, the SiNW FET works in the linear region and the drain current change for different gate voltages is very small.