Atmospheric Environment

Declining ambient air pollution and lung function improvement in Austrian children
pp. 1733-1736(4)
Authors: Neuberger M.; Moshammer H.; Kundi M.

Smog chamber studies on the influence of diesel exhaust on photosmog formation
pp. 1737-1747(11)
Authors: Geiger H.; Kleffmann J.; Wiesen P.

The rate of ozone uptake on carpet: mathematical modeling
pp. 1749-1756(8)
Authors: Morrison G.C.; Nazaroff W.W.

Unambiguous identification and measurement of sulfuric acid cluster chemiions in aircraft jet engine exhaust
pp. 1757-1761(5)
Authors: Kiendler A.; Arnold F.

Comparing the VOC emissions between air-dried and heat-treated Scots pine wood
pp. 1763-1768(6)
Authors: Manninen A.-M.; Pasanen P.; Holopainen J.K.

Comparison of indoor and outdoor concentrations of CO at a public school. Evaluation of an indoor air quality model
pp. 1769-1781(13)
Authors: Chaloulakou A.; Mavroidis I.

Sources of variability in ambient air toxics monitoring data
pp. 1783-1791(9)
Authors: Bortnick S.M.; Stetzer S.L.

Evaluation of a photochemical grid model using estimates of concentration probability density functions
pp. 1793-1798(6)
Authors: Hanna S.R.; Davis J.M.

Measurement of atmospheric ammonia at a dairy using differential optical absorption spectroscopy in the mid-ultraviolet
pp. 1799-1810(12)
Authors: Mount G.H.; Rumburg B.; Havig J.; Lamb B.; Westberg H.; Yonge D.; Johnson K.; Kincaid R.

Effects of room furnishings and air speed on particle deposition rates indoors
pp. 1811-1819(9)
Authors: Thatcher T.L.; Lai A.C.K.; Moreno-Jackson R.; Sextro R.G.; Nazaroff W.W.

Massive positive and negative chemiions in the exhaust of an aircraft jet engine at ground-level: mass distribution measurements and implications for aerosol formation
pp. 1821-1825(5)
Authors: Eichkorn S.; Wohlfrom K.-H.; Arnold F.; Busen R.

Water soluble organic compounds formed by oxidation of soot
pp. 1827-1832(6)
Authors: Decesari S.; Facchini M.C.; Matta E.; Mircea M.; Fuzzi S.; Chughtai A.R.; Smith D.M.

Air-land exchanges of CO₂, CH₄ and N₂O measured by FTIR spectrometry and micrometeorological techniques
pp. 1833-1842(10)
Authors: Griffith D.W.T.; Leuning R.; Denmead O.T.; Jamie I.M.

Experimentally determined Henry's Law coefficients of phenol, 2-methylphenol and 2-nitrophenol in the temperature range 281-302K
pp. 1843-1851(9)
Authors: Harrison M.A.J.; Cape J.N.; Heal M.R.

Comparisons of aerosol properties measured by impactors and light scattering from individual particles: refractive index, number and volume concentrations, and size distributions
pp. 1853-1861(9)
Authors: Hand J.L.; Kreidenweis S.M.; Kreisberg N.; Hering S.; Stolzenburg M.; Dick W.; McMurry P.H.

Modeling the number distributions of urban and regional aerosols: theoretical foundations
pp. 1863-1874(12)
Authors: Max Zhang K.; Wexler A.S.

Growth of ponderosa pine seedlings as affected by air pollution
pp. 1875-1882(8)
Authors: Momen B.; Anderson P.D.; Houpis J.L.J.; Helms J.A.

A GC-TCD method for measuring the liquid water mass of collected aerosols
pp. 1883-1894(12)
Authors: Lee C.-T.; Chang S.-Y.

Rate coefficient for the reaction of OH with CH₂&unknown;C(CH₃)C(O)OONO₂ (MPAN)
pp. 1895-1900(6)
Authors: Orlando J.J.; Tyndall G.S.; Bertman S.B.; Chen W.; Burkholder J.B.

Simulation of short-range diffusion experiment in low-wind convective conditions
pp. 1901-1906(6)
Authors: Sharan M.; Yadav A.K.; Modani M.

Control of solute concentrations in cloud and fog water by liquid water content
pp. 1907-1908(2)
Author: Kasper-Giebl A.

Reply to discussion on ''Control of solute concentrations in cloud and fog water by liquid water content''
pp. 1909-1910(2)
Authors: Elbert W.; Kramer M.; Andreae M.O.