| 597 - 617 |
Predicting drop size distributions from first principles for non-Newtonian fluids
Babinsky E, Sojka PE |
| 619 - 642 |
Development of a Eulerian model for the "atomization" of a liquid jet
Vallet A, Burluka AA, Borghi R |
| 643 - 652 |
Analysis of a sea spray: Effect of simultaneous growth and fragmentation on droplet/particle size distribution of a multicomponent aerosol
Katoshevski D |
| 653 - 666 |
Molecular dynamics simulations of micrometer-scale droplet vaporization
Micci MM, Kaltz TL, Long LN |
| 667 - 699 |
Flux measurements in sprays using phase Doppler techniques
Roisman IV, Tropea C |
| 701 - 709 |
Pulsed sprays from oversized orifices for increased momentum and kinetic energy in depositing agricultural sprays
Giles DK, Andersen PG, Nilars M |
| 711 - 733 |
Identifying burst splitting events in phase Doppler interferometry measurements
Widmann JF, Presser C, Leigh SD |
| 735 - 756 |
Dependence of spraying performance on the internal flow pattern in effervescent atomizers
Kim JY, Lee SY |
| 757 - 774 |
About swirl atomizer mean droplet size
Khavkin Y |
| 775 - 788 |
Experiments on air-assist spray and spray flames
Oh SH, Kim DI, Paek MS |
