| 0 - 0 |
Process intensification in fluid and particle engineering - Preface
Ohmura N, Yoshikawa S, Honma S |
| 879 - 889 |
Multiscale modelling of transport, reaction and phase change in heterogeneous media
Marek M, Grof Z, Koci P, Kohout M, Kosek J, Stepanek F |
| 890 - 895 |
Intensification of mixing
Wu J, Graham LJ, Noui-Mehidi N |
| 896 - 904 |
Recent advances in nanoparticles production by high gravity technology - from fundamentals to commercialization
Chen JF, Shao L |
| 905 - 912 |
Effect of periodical injection for the intensification of mixing process
Okuda K, Sugikawa Y, Ueda T |
| 913 - 919 |
Slug bubble formation in a co-flowing liquid in a capillary tube
Goshima T, Terasaka K |
| 920 - 927 |
Computations of the breakup of a jet into drops in non-Newtonian liquid-liquid systems
Homma S, Akimoto K, Koga J, Matsumoto S |
| 928 - 938 |
Initial condition and calculation method for the numerical simulation of LPE
Susawa H, Tsuji T, Jimbo T, Soga T |
| 939 - 943 |
Direct numerical simulation of the slow formation process of single bubbles in a viscous liquid
Ohta M, Kikuchi D, Yoshida Y, Sussman M |
| 944 - 950 |
Visualization of a limit cycle orbit in a Taylor vortex flow with a short annulus
Kawai H, Kudo H, Takahashi H |
| 951 - 956 |
Improving heat transfer with Taylor vortices in a compact modified Couette-Taylor apparatus
Noui-Mehidi MN, Ohmura N, Nishiyama K, Wu J |
| 957 - 963 |
Heat transfer reduction by drag-reducing surfactant solutions in a higher temperature range
Saeki T, Ohtake N, Imai K |
| 964 - 972 |
Separation of particles of different sizes from non-Newtonian suspension by using branched capillaries
Koh MG, Kim C |
| 973 - 979 |
Optimization of preparation and drying conditions of titanium dioxide slurry for coating on a plastic substrate
Kameyama K, Komoda Y, Suzuki H, Usui H |
| 980 - 985 |
Correlation between the grinding rate constant and the impact energy of beads during wet bead milling
Gudin D, Kano J, Saito F |
| 986 - 992 |
A numerical study of the influence of particle density on lift force-induced separation in a micro-separator/classifier by a Macroscopic Particle Model
Ookawara S, Agrawal M, Street D, Ogawa K |
| 993 - 998 |
Preparation of modified non-agglomerated dry nanofillers using supercritical fluids
Li L, Urushihara Y, Matsui J |
| 999 - 1006 |
The effect of the swelling rate of latex particle on assembly morphology in seed coagulation by monomer droplets
Ueda T, Komoda Y, Usui H |
| 1007 - 1010 |
Selective permeation of organic sulfur and nitrogen compounds in model mixtures of petroleum fraction through supported ionic liquid membranes
Matsumoto M, Mikami M, Kondo K |
| 1011 - 1020 |
Hydrogen purification for fuel cells by carbon dioxide removal membrane followed by water gas shift reaction
Zou J, Ho WSW |
| 1021 - 1029 |
Isolation of Indonesian cananga oil by instantaneous controlled pressure drop: Influence of processing parameters on compound yields
Kristiawan M, Sobolik V, Al Haddad M, Allaf K |
