Sentence examples for main components at from inspiring English sources

It appears to be a superposition of two main components at ~560 and ~630 nm, a feature similar to the PL of ZnO nanowire reported by Fan et al. [21].

As an important subsystem of the converter unit, the coolant distribution system has the function to distribute the cooling water from ITER component cooling water system (CCWS) to its main components at the required flow rate, pressure and temperature.

This methodology provided the rich description of the cognitive processes of GPT through triangulating the findings from multiple sources of data to validate strategic competence model, explain its main components at a theoretical level with reference to understanding of cognitive processes, and to "provide a meaningful guide to action" (Strauss and Corbin 1998, p. 12).

Typical EDX plot revealed the main elements and confirmed that the synthetic route of (Cu/Cu2O/CuO/ZnO) was a success, evident by the presence of the main components at 1 and 8.6 keV (Zinc Zn), 8.1 and 8.9 keV (Copper Cu) and at 0.5 keV for oxygen (O).

The tests are first conducted at laboratory conditions for detailed evaluation of the main components at both design and off-design conditions, for variable heat input up to 48 kWth and hot water temperature in the range of 65 100 °C.

The BF-SMB successfully improved the separation performance of the conventional SMB because backfill-feed led to the rich condition of the main component at each product withdrawal node.

In a 0 1 V (vs Ag/AgCl) electrochemical window, MoO3 was reduced to a mixture of lower valence oxides with concentrations varying as Mo (5+) > Mo (4+) > Mo (6+), with MoO2 as the main component at potentials below 0.185 V (vs Ag/AgCl).

The corresponding ex situ XPS core-level signatures [i.e., post ambient air exposure (step 7, Figure 1)] acquired on the h-BN films on Cu show in the B1s region a main component at ∼190.6 eV and in the N1s region a main component at ∼398.1 eV.

After all, dealing with course designs, learning routes and tasks keeps a strong resemblance with a planning process and its main components aimed at finding which tasks must be done and when.

This is supported by deconvolution and peak fitting of the spectral region including Amide I and II peaks (Fig. 7c, d), which uncovers two main components centred at ~1658 and ~1629 cm−1 corresponding to the helical and random (or uncoiled) components, respectively.

This protocol architecture comprises three main components, which run at each WSN node: 1. MAC layer.