Sentence examples for grow as a function from inspiring English sources
As expected, cell growth was inhibited by MazF induction whereas the uninduced population continued to grow as a function of time (Fig. 2b).
Without additional measurements, the matrix P, will grow as a function of time.
It indicates that the shape space spanned by 5.24 billion conformers (the entire contents of the PubChem3D archive, live and non-live, from more than 45.9 million unique chemical structures) can be represented in such a manner so as to only require 3,311 unique reference shapes (a number which may grow as a function of time).
For a surface with large spatial variance, patch count will grow as a function of noc since noc defines the angular resolution at which neighboring patches can be discriminated.
The power of the MolClass resource will grow as a function of the number of screens deposited in the database.
163 As human populations continue to grow and sea level continues to rise, the problem of sewage contamination in the environment will persist in the absence of truly significant interventions and likely grow as a function of human population growth.
Thus, in the 100%-rewarded task, expectation grows as a function of time.
The DP of these products grew as a function of reaction time to reach values of about 40 at complete monomer consumption and thereafter chain growth could be reactivated by further monomer additions.
A systematic study of the way the error grows as a function of the iteration and the distance to the known masses region, shows that a correlation exists between the error and the residual neutron proton interaction, produced mainly by the implicit assumption that Vnp varies smoothly along the nuclear landscape.
Carbon nanotubes (CNTs) were grown as a function of NiCr thickness using a modified atmospheric pressure plasma containing NH3(210 sccm)/N2(100 sccm)/C2H2(150 sccm)/He 8 slm) at low substrate temperatures (≤ 500 °C), and their physical and electrical characteristics were investigated for possible applications to field emission devices.
Real-time monitoring of the cell detachment reveals the creation of a circular cell-free area upon jet impingement, with two successive detachment regimes: 1), a dynamic regime, during which the cell-free area grows as a function of both the maximum shear stress exerted by the jet and the jet diameter; followed by 2), a stationary regime, with no further evolution of the cell-free area.
