Scientists found that the animals modify the width of their navigation pulses on the fly by adjusting the size of their mouth gape.
Tools to answer this question for the chosen system in vivo are limited, because in living E.coli bacteria it is challenging to systematically modify the width of a cell.
Furthermore, a bottlenose dolphin was recently observed to steer, and modify the width of, its sonar beam when stationed on a bite plate and presented with targets displaced by large angles with respect to its body axis (Moore et al., 2008).
In this paper, the modified simple equation method is applied to construct exact solutions of the modified equal width (MEW) equation and the Fisher equation and the nonlinear Telegraph equation and the Cahn Allen equation.
Könemann, J., Kubala, B., König, J. & Haug, R. J. Tunneling resonances in quantum dots: Coulomb interaction modifies the width.
Furthermore, the frequency position can be adjusted by modifying the width of the wells.
Comparisons of the test results with the recently modified effective width method and the direct strength method are discussed.
Furthermore, the modified segment width and wetting gradient were also discussed, and results unraveled that the narrow modified segment and large wetting gradient promoted the motion of the nanodroplet.
The plan allows raising from three and four floors the height of the existing buildings now separated by streets that are quite narrow, to get over up to eight floors, without modifying the width of street.
The geometry of the structural spar is thoroughly investigated by modifying the width of the spar caps, and the number and location of shear webs including the spanwise starting and ending locations.
For the smaller nanoribbons, however, it is possible to change the bandgap by modifying their width in sub-nanometer increments, a process that Crommie and Fischer have dubbed "molecular bandgap engineering". This kind of engineering allows the researchers to tailor the quantum mechanical properties of nanoribbons so they might be flexibly used for future nanoelectronic devices.
