While Tay-Sachs disease is thought of as the quintessential Jewish genetic disorder, it is important to note that individuals of French Canadian, Cajun or Irish descent likewise have higher carrier rates than the general population.
In general, relatively smaller the slope represents higher carrier density.
The Ni P coatings after plasma treatment exhibited higher carrier mobility, whereas coatings at the deposited state exhibited higher carrier concentration.
The crescent SNSCs exhibits a relatively larger photocurrent loss, revealing a higher carrier recombination.
Vogel-Fulcher-Tammann parameter showed higher carrier ion number for TNT/BMImTFSA in comparison with BMImTFSA.
Due to the doping of aluminum, AZO films have higher carrier concentrations.
With decreasing Ti contents, the films had higher carrier concentrations and lower optical energy gaps.
Te-rich films had higher carrier concentration but slower mobility than Bi-rich films.
ZnO nanowires have higher carrier concentration and electron mobility which favor the electron transport to the collection electrode.
Meanwhile, its transmittance is over 85%% for the visible and infrared light and has a higher carrier concentration.
Transition from edge-trapping to full QW occupation occurs at shorter λD (higher carrier density) for higher polarization voltage.
