influence of oxalic acid on the catalytic s

144
MARTIN L., HILL M., TAI A., GOOD T.,
1991: The iron catalyzed oxidation <strong>of</strong> sulfur(IV)
in aqueous solution: Differing effects <strong>of</strong>
organics at high and low pH, Journal <strong>of</strong>
Geophysical Research, vol. 96, No D2, pp.
3085–3097.
MARTIN L., HILL M., 1987: The effect <strong>of</strong>
ionic strength on the manganese catalyzed
oxidation <strong>of</strong> sulfur (IV), Atmospheric
Environment, vol 21, No 10, pp. 2267 – 2270.
MILLET M., WORTHAM H., MIRABEL PH.,
1995: Solubility <strong>of</strong> polyvalent cations in
fogwater at an urban site in Strasbourg (France),
Atmospheric Environment, vol 29, No 19, pp.
2625-2631.
PASIUK-BRONIKOWSKA, W.,
BRONIKOWSKI, T., ULEJCZYK M., 1997:
Solubilization <strong>of</strong> organics in water coupled with
sulphite autoxidation, Water Research vol. 31,
No 7, pp. 1767-1775.
PATEL K., SHUKLA A., TRIPATHI A.,
HOFFMANN P., 2001: Heavy metal
concentrations <strong>of</strong> precipitation in east Madhya
Pradesh <strong>of</strong> India, Water Air Soil Poll, vol. 130,
No 1-4 II, pp. 463-468.
PIAO F., SUN X., LIU S., YAMAUCHI T.,
2008: Concentrations <strong>of</strong> toxic heavy metals in
ambient particulate matter in an industrial area
<strong>of</strong> northeastern China, Frontiers <strong>of</strong> Medicine in
China, vol. 2, No 2, pp. 207-210.
PODKRAJŠEK B., GRGIĆ I., TURŠIČ J.,
BERČIČ G., 2006: Influence <strong>of</strong> atmospheric
carboxylic <strong>acid</strong>s on catalytic oxidation <strong>of</strong>
sulfur(IV), Journal <strong>of</strong> Atmospheric Chemistry,
vol. 54, No 2, pp. 103–120.
SOUZA S., VASCONCELLOS P.,
CARVALHO L., 1999. Low molecular weight
carboxylic <strong>acid</strong>s in an urban atmosphere: winter
measurements in São Paulo City, Brazil,
Atmospheric Environment, vol. 33, No 16,
pp.2563–2574.
WANG G., NIU S., LIU C., WANG L., 2002.
Identification <strong>of</strong> dicarboxylic <strong>acid</strong>s and
aldehydes <strong>of</strong> PM10 and PM2.5 aerosols in
Nanjing, China. Atmospheric Environment, vol.
36, No 12, pp. 1941–1950.
WANG Y., ZHUANG G., CHEN S., AN Z.,
ZHENG A., 2007: Characteristics and sources
<strong>of</strong> formic, acetic and <strong>oxalic</strong> <strong>acid</strong>s in PM2.5 and
PM10 aerosols in Beijing, China, Atmospheric
Research, vol. 84, No 2, pp. 169–181.
WILKOSZ I., MAINKA A., 2008: Mn(II)catalysed
S(IV) oxidation and its inhibition by
acetic <strong>acid</strong> in <strong>acid</strong>ic aqueous solutions, Journal
<strong>of</strong> Atmospheric Chemistry, vol. 60, No 1-102,
pp.1 − 17.
WOLF A., DEUTSCH F., HOFFMANN P.,
ORTNER H. M., 2000: The <strong>influence</strong> <strong>of</strong> oxalate
on Fe-catalyzed S(IV) oxidation by oxygen in
aqueous solution, Journal <strong>of</strong> Atmospheric
Chemistry, vol. 37, No 2, pp.125-135.
YAO X., FANG M., CHAN C., HO K., LEE S.,
2004. Characterization <strong>of</strong> dicarboxylic <strong>acid</strong>s in
PM2.5 in Hong Kong, Atmospheric
Environment, vol. 38, No 7, pp. 963–970
YANG L., YU L.E.; 2008: Measurements <strong>of</strong>
<strong>oxalic</strong> <strong>acid</strong>, oxalates, malonic <strong>acid</strong>, and
malonates in atmospheric particulates,
Environmental Science and Technology, vol. 42,
No 24, pp. 9268-9275.
ZIAJKA J., PASIUK-BRONIKOWSKA W.
2005: Rate constants for atmospheric trace
•−
organics scavenging SO 4 in the Fe-catalysed
autoxidation <strong>of</strong> S(IV), Atmospheric
Environment, vol. 39, No 8, pp.1431-1438.