Sentence examples for carbon potential from inspiring English sources
District heating and cooling (DHC) systems are attracting increased interest for their low carbon potential.
In the carburizing and quenching heat treatment process, the carbon potential concentrations were strictly controlled at 0.8 %–1.0 %.
It was observed that beyond a certain limiting Hertzian contact pressure level, higher carbon potential carburized sample resulted in increased abrasive wear resistance.
Carburization was conducted at 930°C and 800°C in an endothermic atmosphere with a carbon potential higher than 1.3% generated by the direct boosting of propane and air into the bed.
Different levels of retained austenite (RA), hardness and residual stress were achieved by varying carbon potential (0.45% to 1.05%) during carburizing as well as by employing different end-quenching routes (from air-cooled to deep freezing).
The extent of such an interaction depends on time and carbon potential in the gas phase and influences the wetting properties of the systems, leading to better wetting conditions as the interaction extent increases.
The lack of transferability can be traced to the details of the functional form, suggesting future directions in the development of carbon potentials.
where ɛCC is the depth of the potential well between carbon-carbon atoms, σCC is the finite distance where the carbon-carbon potential is zero, r ij is the distance between the two carbon atoms.
Very little work has been done so far for estimation of the carbon sequestration potential of the sacred groves except for few reports, where carbon sequestration potential of various species was estimated in Maharashtra (Hangarge et al. [2012]).
Table 1 Carbon sequestration potential based on coarse wood production rate (GtC y-1) estimated by VEGAS assuming potential vegetation for the main regions of the world.
