Sentence examples for broad range of times from inspiring English sources

The study also revealed a broad range of times until antibiotic administration.

Statistical analysis of the data revealed that heating of the DNA-encased MWNTs solutions was significantly greater than what occurred for the non-DNA-encased MWNTs over a broad range of times, power levels, and concentrations.

Other proteins evolve at intermediate rates; the hemoglobins, for example, can be used for reconstructing evolutionary history over a fairly broad range of time (see figure).

For the selection of the closed-loop time constant, λ, a guideline is also provided over a broad range of time-delay/time-constant ratios.

A broad range of time (8, 12, 16, 20, 24 h) and temperatures (0, 4, 8, 12, 16 °C) have been tried in the literature.

In [11], the equilibrium fluctuation of the distance between an electron transfer donor and acceptor pair within a protein that spans a broad range of time scales can be explained by the generalized Langevin equation driven by fractional Gaussian noise.

As a result, the tensile relaxation modulus of the latter system is considerably greater than the modulus of conventional gels and is approximately constant, forming an equilibrium zone for a broad range of time.

Contributions of different morphological features to the total solar irradiance variations in the broad range of time scales from seconds up to many years can be definitely established in this manner for the first time.

When we plot the generated CWT spectrum (see Fig. 4b) and its power spectrum, defined by taking the magnitude of the wavelet spectrum (see Fig. 4c), we can see the sharp changes in magnetism characteristic of the Curie temperature appear in the wavelet spectrum as peaks in power spanning a broad range of time scales.

The numerical simulation of a system exhibiting a broad range of time scales can be very expensive because the time discretization will in general need to resolve the smallest time scale, and the simulation will have to extend over many times the longest time scale.

Within this global system approach the dynamic interaction between all components (ground, heating, cooling and ventilation system, building, users, control) is crucial, leading to a broad range of time scales to cope with, which in turn increases the importance of dynamic simulations, control system design as well as monitoring and commissioning.