Sentence examples for segregation of carbon from inspiring English sources

Graphene synthesizes on Ni due to segregation of carbon at high temperatures.

Segregation of carbon is then efficiently quenched and uniform bilayer graphene could be prepared.

It allows the formation of uniform bilayer graphene by limiting the segregation of carbon.

With fast cooling, the reduced sample temperature stops further segregation of carbon due to any residual carbon inside the furnace, even after CH4 flow was turned off.

This further verifies the self-limiting equilibrium segregation of carbon on Ni surface, with reduced out-diffused carbon atoms from the C-Ni solution due to fast cooling.

The segregation of carbon, boron, phosphorous and sulfur at grain boundaries is detected and correlated with poorer impact fracture toughness at higher segregation levels.

The segregation of extra carbon during the cooling process can be decreased by reducing Ni film thickness.

Graphene synthesis on transition metals by chemical vapor deposition (CVD) or via segregation of solid carbon sources is generally a scalable process [15 24].

Using density functional theory, we study the segregation and diffusion of carbon interstitials at a nickel Σ3 (11¯2) tilt grain boundary (GB) as a function of C coverage and Ni magnetic state.

The aim was to monitor the segregation of phosphorus and carbon through temperature ranges which offered the extremes of both solutes having long-range lattice mobility to that where only carbon was mobile.

In this work, first principle calculations were used to investigate the effect of carbon segregation on performance of SiCyO6/5 as anode materials.