Application of land use regression for estimating concentrations of major outdoor air pollutants in Jinan, China

Estimating daily surface NO<sub>2</sub> concentrations from satellite data – a case study over Hong Kong using land use regression models

“…The number and spatial sampling of these in situ stations is smaller than those typically chosen for LUR modelling (Hoek et al, 2008). However, it is not entirely without precedent, as Li et al (2010) used 14 in situ stations from the local regulatory monitoring network in their LUR model to predict NO 2 concentrations over Jinan, China. Therefore, it may be possible to model an equivalent Chinese megacity using a similarly limited in situ network.…”

“…In this product the global stratospheric NO 2 field is estimated by interpolating over known unpolluted regions and then subtracted from the total column . Further information about the SCD fit and the 8214 J. S. Anand and P. S. Monks: Daily surface NO 2 modelled over Hong Kong AMF computation can be found in Marchenko et al (2015) and Bucsela et al (2013).…”

Land-Use Regression Modelling of Intra-Urban Air Pollution Variation in China: Current Status and Future Needs

“…However, it is important to note that only 4 of the 24 studies summarized in Table 3 were able to obtain traffic data, and three of these were based in Hong Kong, not mainland China [34,37,38]. A study in Jinan was able to obtain traffic data for major roads only [39]. For the rest of the studies, lack of traffic data meant that road lengths were used as a proxy for traffic counts.…”

Enhanced fluorescence of Tb(III), Dy(III) perchlorate by salicylic acid in bis(benzoylmethyl) sulfoxide complexes and luminescence mechanism

“…At the same time, the second organic ligand served as the energy donor and enhanced the fluorescence intensities of binary rare earth complexes, which was called ''synergistic effect'' [21]. Furthermore, the introduction of the second organic ligand could not only reinforce the fluorescence emission intensities, but also fulfilled the coordination number of rare earth complexes.…”