727 - 728 |
Special topic issue - Fluid flow Smith JM |
729 - 736 |
Detailed LDV measurements for visualization of the flow field within a stirred-tank reactor equipped with a Rushton turbine Schafer M, Hofken M, Durst F |
737 - 745 |
Quantification of the performance of agitators in stirred vessels : Definition and use of an agitation index Mavros P, Baudou C |
746 - 754 |
A liquid crystal thermographic technique for the measurement of mixing characteristics in stirred vessels Lee KC, Yianneskis M |
755 - 762 |
Evaluating mixing in stirred reactors by 3-D visualization : Partial segregation for dual-feed semi-batch operation Mann R, Togatorop A, Senior PR, Graham P, Edwards RB |
763 - 776 |
Laser doppler velocimetry in agitated vessels : Effect of continuous liquid stream on flow patterns Mavros P, Naude I, Xuereb C, Bertrand J |
777 - 783 |
Blending liquids of differing viscosities and densities in stirred vessels Bouwmans I, Bakker A, van den Akker HEA |
784 - 791 |
An improved method for determining rheological parameters of suspension : Statistical approach Valverde JL, Zumalacarregui L, De Lucas A, Suris G |
792 - 796 |
Pressure drop of Newtonian and non-Newtonian fluids across a Sulzer SMX static mixer Li HZ, Fasol C, Choplin L |
797 - 806 |
A frequency response approach to autotuning of multivariable controllers Wang QG, Hang CC, Zou B |
807 - 812 |
Kinetics of N2O decomposition on a RuO2/Al2O3 catalyst Li K, Wang XF, Zeng HC |