"carrier length" is correct in written English and it is typically used to refer to a specific dimension of a structure or item.
For example, "The carrier length of the aircraft was calculated to be 60 meters."
Before moving to Slavutich from St . Petersburg he designed the propulsion systems on the world's largest nuclear submarines, the aircraft-carrier-length Typhoons that carry 200 nuclear warheads apiece.
The important reason is the lower minority carrier transport length and shorter collection length for photo-generated charges in the Cu2O layer.
Cupric oxide (CuO) is one of the most promising and low-cost materials for solar cell application, but its power conversion efficiency is limited by discrepancy between short carrier diffusion length and optical absorption length, low charge collection efficiency, and high recombination rate.
These photons are instead absorbed in the heavily doped Si substrate, where the carriers generated are not extracted due to the short minority-carrier diffusion length and high carrier recombination rate [8].
Assuming that the lateral spacing of the effective band gap (potential) minimum determines the carrier diffusion length in InGaN, the carrier diffusion length was estimated to be 60 nm (28).
Reductions in carrier slug length and increases in dispersed slug length were found to augment the heat transfer rates, with the greatest enhancements observed in flows with carrier slug lengths approaching the channel diameter.
Benefiting from the long carrier diffusion length, perovskite semiconductors possess long carrier diffusion length and a high charge collection efficiency [61].
This can be fitted with the diffusion theory [16], mathrm{LPV}={K}_0Big[exp left -frac{left|L-xright|}{d}right)-exp left -frac{left|L-xright|}{d}right) where K 0, 2left -frac{left|L-xright|roportionality coefficient, the distance between two electrodes, the carrier diffusion length, and the laser spot position, respectively.
However, fabrication of small-sized (of the order of charge carrier diffusion length) microcavities is challenging.
Some typical solid parameters such as energy gap and minority carrier diffusion length were determined.
