Sentence examples for nitrogen components from inspiring English sources

(c) Structural formulae of four nitrogen components in graphite.

A peak at 407.5 eV corresponds to the σ* state of the nitrogen components.

The terminology of the nitrogen components used hereafter is represented in Fig. 1c.

The activated sludge was filtered to remove wastes and washed repeatedly to remove internal nitrogen components (NH4 +, NO2 −, and NO3 −).

Orange, green, red, and purple solid lines are pyridine-like or FePc (NP1), pyrrole- or cyanide-like (NP2), graphite-like (NP3), and oxide (NP4) nitrogen components, respectively.

A dilution factor of about 40 times for nitrogen components was reported from the head of channels to the Santos Bay (Braga et al. 2000).

So, the question becomes whether there is a more efficient way of packaging electricity for use in vehicles, other than charging batteries or making hydrogen by electrolysis of water?A growing body of opinion seems to think liquid air is the answer (or, more specifically, the nitrogen component that makes up 78% of air).

N is the amount of added nitrogen (kg ha-1), T is the type of the nitrogen component of the fertilizer, P is indicator variable telling whether the fertilizer also includes phosphorus.

The spectrum is fitted with four Voigt functions corresponding to each nitrogen component, denoted as pyridinic N (398.0 eV), cyanide N (399.9 eV), center N (401.0 eV), and valley N (401.9 eV).

Hydrogen, carbon, and nitrogen atoms are represented by white, black, and blue balls, respectively Table 1 Surface nitrogen density and relative ratio of each nitrogen component Type of nitrogen Pyridinic N Cyanide N Center N Valley N Nitrogen density/ML 0.0024 0.0002 0.0054 0.0045 Relative ratio/% 19 2 43 36.

The estimated amount of each nitrogen component from the fitting results is summarized in Table 1; center N is the most prevalent, followed by valley N and pyridinic N. Fig. 1 XPS spectra of HOPG and N-HOPG before CO2 adsorption.