By selecting an appropriate reference set, we can enhance the sensitivity and selectivity and reduce the number of spurious hits.
It implies a relatively high etch selectivity between them capable of fabricating higher aspect ratio nanoline arrays by selecting an appropriate mask thickness.
The results make it possible to optimize the structure with respect to stiffness properties, not only by appropriately selecting (continuous) design parameters like geometric dimensions, but also by selecting an appropriate topology for the structure, e.g., the number of basic units, and a material distribution model, all of which are discrete design decisions.
By selecting an appropriate filter, these data will be filtered.
However, the accuracy of identification could be improved by selecting an appropriate test time.
Furthermore, the slew-rate can be sufficiently controlled by selecting an appropriate external resistor.
By selecting an appropriate reflux ratio, the desired sulfite conversion in a single reactor can be obtained.
Furthermore, other surrounding glycans are avoided by selecting an appropriate initial antibody shape that prevents steric hindrance.
By selecting an appropriate test pattern we could either get a radial or a rotating motion after-effect.
This result reveals that the surface concentration of chain ends can be regulated by selecting an appropriate annealing condition based on surface thermodynamics.
By selecting an appropriate concentration of thiocholine, a concentration of mercury as low as 5 × 10−9 mol l−1 (1 ppb) was detected.
