Sentence examples for carbon at low from inspiring English sources

The matrix is diamond-like with mainly sp3-bonded carbon at low metal concentrations and becomes graphitic for metal concentrations exceeding 10 at.%.

In view of the fact that the catalytic activity of supported catalyst is greatly influenced by its impregnation method, an in situ hydrothermal deposition method was explored and applied to load iron catalyst onto the amorphous carbon matrix, which derived from a soft-templating method with sucrose as precursor, to prepare nanoporous graphitic carbon at low temperature.

From our instrumental analyses, the synthesized Ti B C coatings was concluded to be composites consisting of nanocrystallites TiC, quasi-amorphous TiB2, and amorphous carbon at low boron content, on the contrary, nanocrystallites TiB2, quasi-amorphous TiC, and amorphous carbon at relatively high boron content.

Significant acceleration of diffusion mobility of carbon at low temperatures under the cyclic γ↔ε transformations can be used to enhance cementation processes in ferromanganese alloys.

Microalgae use carbon at low light intensity to synthesise amino acids, whereas under saturated light, the microalgae cells produce sugars, lipids, and starch (Pérez-Pazos and Fernández-Izquierdo 2011).

Zeolites could adsorb a higher quantity of CO2 than does by activated carbon at low operating pressures (< 20 kPa) [4, 5], whereas carbon-based adsorbents are better for CO2 storage applications [5, 6].

It is suggested that the specific capacitance C0 of activated carbons at low current densities (d ∼ 1 mA cm−2) consists, to a good first approximation, of two contributions.

In this paper, mechanical performance enhancement of natural fiber composites through hybridization with carbon fibers was benchmarked against one of the strongest and stiffest natural fibres, flax, through various interlayer flax-carbon hybrids at low carbon fibre volume fractions.

In principle, the methane decomposition is thermodynamically favourable in dry reforming and is responsible for carbon formation at low temperature, while the carbon gasification is thermodynamically unfavourable which can be realised in high concentration of CO2 or applying higher temperature to shift the carbon diminishing reaction [26].

The positive charge on the carbon surface is due to the presence of basic surface groups, the excessive protonation of the carbon surface at low pH values, to graphene layers that act as Lewis bases.

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