Sentence examples for aggregate configurations from inspiring English sources

Although all aggregate configurations cause absorption in the infrared, diamonds containing aggregated nitrogen are usually colorless, i.e. have little absorption in the visible spectrum.

These polyfunctionalized objects should be programmable such that different combinations of the specifically functionalized particles would self-assemble into complex 3D aggregate configurations, making it possible to build vast numbers of any conceivable macrostructure with minimum dimensions on the micrometer to nanometer scale.

The ultrasonication of carbon particles with/without surface graphitic layers in the ethanol solution also confirmed that the specific role of the layers that supports stabilization of the aggregate configuration.

In the highly aggregated configuration, the polymer chains may align themselves and increase the conjugation length[18].

This could be attributed to the highly aggregated configuration in the polymer chain system of PCDTBT nanotubes.

If considering aggregating configuration of multi-converters like in a wind farm or battery park [25], this limit can be enhanced to 30 MW [25].

We compared various feature-set choices on MSRC-9, using combinations of SIFT (S), Color hue (C), and Gabor (G) descriptors, respectively, quantized using 1000, 100 and 400 center k-means codebooks, and testing both local-only and local + global aggregate feature configurations.

Because injectable backpacks are free to attach to cells in many different configurations, including multiple cells per backpack and vice versa, cell−backpack aggregates form.

In addition to the microscopic aggregate structure, periodic configurations given by embossing bring about new quasi-uniform "apparent" macroscopic properties.

The transmission coefficient is plotted against forcing frequency for four different aggregate material and geometry configurations.

The H-S bounds are respected by some nanofluids for which their thermal conductivity is strongly dependent on particle morphology, such as whether nanoparticles stay well-dispersed in the base fluid, form aggregates, or assume a configuration of continuous phase that disperses the fluid into a dispersed phase (Figure 1).