F1.1 9.30
Design of large-scale steel corrugated silos.
P. Ansourian
(Univ. Sydney, AU)
[197]
F1.2 10.00
The performance of water current turbine system.
*M. T. S. Badawy, M. F. Abd-Rabbo1
(N. R. C., Cairo, EG; 1Zagazig Univ., EG)
[141]
F1.3 10.30
A study of some rheological properties of HDP modified bitumen.
*S. Hinislioglu, E. Agar
(Ataturk Univ., Erzurum, TR)
[1103]
F1.4 11.00
Solubility of CO2 in mixed alkanolamine solutions and its effect on their corrosivity.
R. Yusoff, *M. K. Aroua, M. Z. Sulaiman
(Univ. Malaysia, Kuala Lumpur, MY)
[1253]
F1.5 11.30
Flicker-noise spectroscopy as a general phenomenological basis for a "science of complexity". Apllications to chemical engineering and material science.
S. F. Timashev
(Karpov Inst. Phys. Chem., Moskva, RU)
[1332]
F3.1 9.30
Keynote lecture:
Particle size distribution as a tool for future research programs and prediction of properties.
J.-L. Ilari
(ENITIAA, Nantes, FR)
[1126]
F3.2 10.10
A new approach for the characterization of the joint particle property distribution of micron and submicron particulate systems: biological and synthetic particles.
L. H. Garcia-Rubio
(Univ. South Florida, Tampa, US)
[21]
F3.3 10.40
Developing sensor technique for on-line particle shape characterization.
*Zhenhua Ma, H. G. Merkus, B. Scarlett
(Delft Univ. Technol., NL)
[38]
F3.4 11.10
Nanoparticles characterization by PCS: how to discriminate bimodal distributions.
C, C. Lemos, *M. G. Rasteiro
(Coimbra Univ., PT)
[73]
F3.5 11.40
Attrition, dispersion and sampling effects in dry and wet particle size analysis using laser diffraction.
A. F. Rawle
(Malvern Instruments, Malvern, UK)
[208]
F3.6 12.10
Improving the characteristics of powders prepared by precipitation using a segmented flow tubular reactor.
*N. Jongen, M. Donnet, J. Lemaitre, P. Bowen, H. Hofmann
(Swiss Fed. Inst. Technol., Lausanne, CH)
[49]
F4.1 14.00
Characterising the agglomeration behaviour of calcium phosphate powders by atomic force microscopy.
*M. Hofmann, M. Weth1, J. Kuhn1, J. Fricke1, R. Thull
(Exp. Zahnmedizin, Wurzburg, DE; 1ZAE Bayern, Wurzburg, DE)
[979]
F4.2 14.30
Internal structure of a powder during of its compacting.
*V. Valtsifer, N. Zvereva
(Inst. Tech. Chem., Perm, RU)
[991]
F4.3 15.00
Towards sustainable mineral extraction: a micro-scale investigation of liquid bridges in the spherical agglomeration process.
*D. Rossetti, S. J. R. Simons
(Univ. Coll. London, UK)
[960]
F4.4 15.30
Blending quality of different type gravity blenders - experimental results and theoretical predictions.
*G. Dau, F. Ebert, V. Durr, H. Schneider1
(Univ. Kaiserslautern, DE; 1Zeppelin Silo- Apparatetechnik, Friedrichshafen, DE)
[840]
F4.5 16.00
The Markov chain modeling of mixing in a hoop mixer.
*M. Aoun-Habbache, H. Berthiaux
(Ecole Mines, Albi, FR)
[380]
F4.6 16.30
Preliminary modelling and validation of agglomerate breakage in processing equipment for waterdispersable granules.
*Z. Zhang, C. Tolhurst1, P. Justen1
(Univ. Birmingham, UK; 1Zeneca Agrochemicals, Yalding, UK)
[984]
F4.7 17.00
Continuous fluid bed technology - versatile equipment for building of particle size, coating, drying and cooling.
M. Jacob, *S. Pfutze
(Glatt Ingenieurtechnik, Weimar, DE)
[1045]
F5.1 9.30
Keynote lecture:
Intensive agglomeration and microencapsulation of powders.
*G. Akay, L. Tong
(Univ. Newcastle, UK)
[993]
F5.2 10.10
Process engineering for nanotechnology.
W. Peukert
(Tech. Univ. Munchen, Garching, DE)
[996]
F5.3 10.40
Mechanics of cohesive nanodisperse particle packings.
J. Tomas
(Otto-von-Guericke-Univ., Magdeburg, DE)
[370]
F5.4 11.10
Particulate material behavior: a proposed mechanism and model.
H. Okamoto
(Hosokawa Micron Co., Saitama, JP)
[816]
F5.5 11.40
Contained processing - closed product transfer for solid forms.
R. Jung, J. Schwiebert, *A. Karl
(Glatt Engineering, Weimar, DE)
[46]
F6.1 14.00
Food industry and formulation processes a new challenge for powder science and technology.
J.-L. Ilari
(ENITIAA, Nantes, FR)
[1125]
F6.2 14.30
The role of particle technology in climate change research.
S. J. R. Simons
(Univ. Coll. London, UK)
[902]
F6.3 15.00
Focusing powder technology on processing biologically produced products.
*G. A. Schurr, A. Boxman, K. Keller
(DuPont, Wilmington DE, US)
[52]
F6.4 15.30
Relating material properties to the results of impact comminution.
*L. Vogel, W. Peukert
(Tech. Univ. Munchen, Garching, DE)
[995]
F7.1 9.30
A fluid mechanistic approach to slow (Coulomb) powder flows.
G. I. Tardos
(City Univ. New York, NY, US)
[1285]
F7.2 10.00
Measurement of attractive interparticular forces between porous silica particles with an atomic force microscope under different atmospheric conditions.
*M. Weth, M. Hofmann1, J. Kuhn, J. Fricke
(ZAE Bayern, Wurzburg, DE; 1Exp. Zahnmedizin (EZM), Wurzburg, DE)
[980]
F7.3 10.30
On the vibrational flow of fine powders.
*Th. Kollmann, J. Tomas
(Otto-von-Guericke Univ., Magdeburg, DE)
[318]
F7.4 11.00
Reduction the dynamic flow pressure in grain silo by using discharge tube.
F. Shalouf, *S. Kobielak1
(Univ. Derna, LIBYA; 1Wroclaw Univ. Technol., PL)
[201]
F7.5 11.30
Transient heat and water vapor adsorption and condensation in a potash bed with external airflow.
Quiang Zhou, *R. W. Besant1, Shi-Wen Peng1, G. Strathdee2
(Agrium Partnership Inc., Edmonton, CA; 1Univ. Saskatchewan, Saskatoon, CA; 2Potash Corp., Saskatchewan, CA)
[1364]
F7.6 12.00
Modeling of granular material flow.
J. Zegzulka
(Tech. Univ. Ostrava, CZ)
[1339]
F7.7 12.30
Contribution to the study of the laws of flow indifferent parts of a non mechanical L valve.
*K. Daoud, F. Bentahar
(Inst. Chim. Ind. USTHB, Algiers, DZ)
[1288]
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