| 1035 - 1044 |
Analytical methods to calculate condensation rates of a multicomponent droplet
Lehtinen KEJ, Kulmala M, Vesala T, Jokiniemi JK |
| 1045 - 1061 |
The characterization of fine particles originating from an uncharged aerosol: Size dependence and detection limits for Raman analysis
Vehring R, Aardahl CL, Schweiger G, Davis EJ |
| 1063 - 1073 |
Micron and sub-micron aerosol sizing with a standard phase-doppler anemometer
Gobel G, Wriedt T, Bauckhage K |
| 1075 - 1086 |
In situ optical particle counter with improved coincidence error correction for number concentrations up to 10(7) particles cm(-3)
Sachweh B, Umhauer H, Ebert F, Buttner H, Friehmelt R |
| 1087 - 1095 |
Effect of peclet number on transmission of free and attached radon daughters through a circular tube with concurrent formation and attachment
Hassan AS, El-Hussein A, Ahmed AA |
| 1097 - 1116 |
Dispersion and deposition of particles in a turbulent pipe flow with sudden expansion
Ahmadi G, Chen Q |
| 1117 - 1139 |
Drift differential mobility analyzer
Loscertales IG |
| 1141 - 1144 |
A new practical formula for calculating free-stream aerosol particle properties in airborne sampling applications
Ram M, Cain SA |
| 1145 - 1156 |
Numerical simulation studies of the turbulent airflow through a shrouded airborne aerosol sampling probe and estimation of the minimum sampler transmission efficiency
Cain SA, Ram M |
| 1157 - 1169 |
Qualitative and quantitative wind tunnel measurements of the airflow through a shrouded airborne aerosol sampling probe
Cain SA, Ram M, Woodward S |
