| 81 - 93 |
Characterization of nano-particles using laser-induced incandescence
Leipertz A, Dankers S |
| 94 - 103 |
The fundamentals of particle size analysis by transmission fluctuation spectrometry. Part 3: A theory on transmission fluctuations in a gaussian beam and with signal filtering
Shen JQ, Riebel U |
| 104 - 110 |
Particle imaging using a transmission wide-field phase confocal microscope
Astrakharchik-Farrimond E, Shekunov BY, Sawyer NBE, Morgan SP, Somekh MG, See CW, See W |
| 111 - 123 |
Determination of soot particle size in a premixed flame: a static and dynamic light scattering study
Kroner G, Fuchs H, Tatschl R, Glatter O |
| 124 - 129 |
A re-evaluation of the particle size of dow'monodisperse" latex samples after an elapsed time of 47-54 years
Davidson JA, Ramic AL, Kornbrekke R |
| 130 - 134 |
Design and performance evaluation of low-volume PM2.5 inlet for analyzing chemical composition
Kim DS, Hong SB, Kim HT, Lee IH, Lee KW |
| 135 - 149 |
A predictive model for the initial droplet size and velocity distributions in sprays and comparison with experiments
Kim WT, Mitra SK, Li XG, Prociw LA, Hu TCJ |
| 150 - 161 |
Application of the maximum entropy formalism on sprays produced by ultrasonic atomizers
Dumouchel C, Sindayihebura D, Bolle U |
