| 829 - 829 |
Preface to the Special Issue for the 3rd ASIAN CONFERENCE ON MIXING (ACOM)
Takahashi K, Gao ZM, Kajiwara T, Kaminoyama M, Ohmura N, Pandit AB |
| 831 - 839 |
Capturing the Efficiency of a Melt-Mixing Process for Polymer Processing
Kajiwara T, Nakayama Y |
| 840 - 844 |
Comparison of Power Number for Paddle-Type Impellers by Three Methods
Xie MH, Zhou GZ, Xia JY, Zou C, Yu PQ, Zhang SL |
| 845 - 851 |
Geometric Structure and Formation Condition of Corded Isolated-Mixing Region in Impeller Agitated Vessel
Hashimoto S, Ito H, Nakata Y, Ishikawa Y, Inoue Y |
| 852 - 858 |
Mixing Performance Experiments in an Agitated Vessel Equipped with a Pitched Paddle Subjected to Unsteady Agitation
Takahashi K, Takahata Y, Kurisaka K, Sekine H |
| 859 - 867 |
Mixing in Eccentrically Located Hi-F Mixer
Nishi K, Enya N, Tanaka Y, Misumi R, Kaminoyama M |
| 868 - 875 |
A Method for Determining the Representative Apparent Viscosity of Highly Viscous Pseudoplastic Liquids in a Stirred Vessel by Numerical Simulation
Kaminoyama M, Nishi K, Misumi R, Otani F |
| 876 - 881 |
Suspension of Solid Particles in a Horizontal Vessel
Yang T, Takahashi K |
| 882 - 887 |
Abrasion of Particles by a Small Impeller in an Agitated Vessel
Tadamasa A, Takahashi K |
| 888 - 894 |
Development of Non-Intrusive Measurement Method for Primary Nucleation Phenomena in a Stirred Vessel Based on Laser Light Scattering
Misumi R, Yamada T, Kato S, Nishi K, Kaminoyama M |
| 895 - 900 |
Feasibility Study on Antisolvent Crystallization by Means of Gas-Liquid Slug Flow in Curved Microchannel
Yamauchi Y, Ookawara S, Yoshikawa S |
| 901 - 907 |
Further Studies of Micromixing: Scale-Up, Baffling and Feed Pipe Backmixing
Assirelli M, Lee SP, Nienow AW |
| 908 - 918 |
Characteristics of Heat Transfer Coefficient Distribution at Inside Wall of an Agitated Vessel Based on Data Measured Using a New Measuring Method
Kanamori H, Yamamoto T, Kato Y, Zamzam Z |
