The phrase "area carbon content" is correct and usable in written English.
It can be used in contexts related to environmental science, ecology, or carbon footprint analysis, where you are discussing the amount of carbon present in a specific area.
Example: "The study measured the area carbon content to assess the impact of deforestation on local ecosystems."
Alternatives: "carbon density in the area" or "carbon levels in the region".
XRD, SEM, surface area, and carbon content measurements were used to analyze the prepared powders.
The sample with Fe loaded on separated carbon without activation had low surface area, low carbon content and poor activity in n-butanol oxidation.
The sample loaded with Fe after activation had higher surface area and carbon content compared to sample activated after Fe loading.
Whether measured by area or carbon content, the countries included in this study encompass slightly over two thirds of the global forests, leaving one third of the planet's forests unaccounted for.
Optimization results – total and stage area, carbon dioxide contents in retentates and permeates and natural gas production – are obtained for three feed scenarios: 10%mol, 30%mol and 50%mol carbon dioxide in raw natural gas.
Activated carbon materials are characterized by their large surface areas, high carbon content and better porosity which are well-developed.
Via regression analysis, the mesoporous surface area and the carbon content of the mesoporous carbons were identified as the main factors influencing the adsorption of BPA.
The results indicate that the CCA from gasification is more suitable to be used as a raw material for activated carbon owing to its larger specific surface area and higher carbon content compared with the CCA from combustion.
The results revealed that elevated Hg removal ability of cotton and paper wastes-derived ACs is largely regulated by their surface area, porosity and carbon content properties.
Moreover, the relationship between physico-chemical properties and Hg sorption capacity indicated that higher surface area, porosity and carbon content are largely responsible for the sorption of greater amount of Hg onto developed ACWM.
