Publications by authors named "Jie-juan Sun"
Article Synopsis
- This study analyzed carbon pollution from road dust and soil dust in Xi'an, using samples collected in 2015 to assess the levels of organic carbon (OC) and elemental carbon (EC).
- Results showed varying OC percentages in PM from different dust fall sites, with urban road dust having lower OC levels compared to soil dust.
- The findings indicated that urban road dust fall was more significantly impacted by emissions compared to soil dust, emphasizing the importance of local pollutant sources on carbonaceous component concentrations.
Article Synopsis
- The study evaluated carbonaceous aerosols in particulate matter (PM) from various sources, including vehicle exhaust and combustion fuels, focusing on organic carbon (OC) and elemental carbon (EC) levels.
- Significant variations in the proportions of carbonaceous aerosol components were found across different emission sources, with total carbon (TC) percentages ranging from 40.8% to 68.5%.
- The research determined that organic carbon (OC) was the dominant component in most PM samples, and distinct source profiles could be identified based on the composition of these aerosols.
Since the electrochemical oxidation peaks of both DNA and anti-tumor drug tamoxifen (TAM) overlapped with each other, the known electrochemical methods were limited in the study of the interactions between DNA and TAM. In this paper, zero current potentiometry, a new electrochemical method, was used to study the interaction of calf thymus dsDNA with TAM. The dsDNA was immobilized on the surface of carbon paste (dsDNA/CP).
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