| 1 - 14 |
Morphological and chemical characterization of soot emitted during flaming combustion stage of native-wood species used for cooking process in western Mexico
Carabali G, Castro T, De la Cruz W, Peralta O, Varela A, Amelines O, Rivera M, Ruiz-Suarez G, Torres-Jardon R, Martines-Quiroz E, Policroniades R, Murillo G, Moreno E, Munoz-Munoz F, Molina L |
| 15 - 29 |
Simulation of the phase change and deposition of inhaled semi-volatile liquid droplets in the nasal passages of rats and humans
Schroeter JD, Asgharian B, Price OT, Kimbell JS, Kromidas L, Singal M |
| 30 - 42 |
Performance evaluation of a miniature plate Electrostatic Aerosol Analyzer (mini-plate EAA)
Liu QL, Chen DR |
| 43 - 53 |
A prototype personal aerosol sampler based on electrostatic precipitation and electrowetting-on-dielectric actuation of droplets
Foat TG, Sellors WJ, Walker MD, Rachwal PA, Jones JW, Despeyroux DD, Coudron L, Munro I, McCluskey DK, Tan CKL, Tracey MC |
| 54 - 66 |
Three-dimensional computational fluid dynamics modeling of particle uptake by an occupational air sampler using manually-scaled and adaptive grids
Landazuri AC, Saez AE, Anthony TR |
| 67 - 72 |
Weaving nanofibers by altering counter -electrode electrostatic signals
An S, Lee MW, Jo HS, Al-Deyab SS, Yoon SS |
| 73 - 83 |
Analysis on filtration characteristic of wall-flow filter for ash deposition in cake
Jiang JH, Gong JK, Liu WQ, Chen T, Zhong C |
| 84 - 94 |
Development of an integrated microfluidic electrostatic sampler for bioaerosol
Ma ZS, Zheng YH, Cheng YN, Xie S, Ye XY, Yao MS |
| 95 - 103 |
Numerical study of electrostatic precipitators with novel particle-trapping mechanism
Wen TY, Krichtafovitch I, Mamishev AV |
| 104 - 117 |
Bipolar electrostatic charge and mass distributions of powder aerosols -Effects of inhaler design and inhaler material
Wong J, Kwok PCL, Niemela V, Heng D, Crapper J, Chan HK |
| 118 - 134 |
Air ion and aerosol study in rural dwellings
Kolarz P, Vaupotic J, Kobal I, Ujic P, Zunic ZS |
