Posters P5, Wednesday

Computer aided process engineering

P5.1   Application of Simatic 300 to distillation column control. *Ondrovicova M., Bakosova M., Karsaiova M., Caran M., Dermisek L. (Slovak Univ. Technol., Bratislava, SK) [1192]

P5.2   Chaos control during crystallization via extended method of time-delayed feedback. *Cherenkov M. V., Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU) [658]

P5.3   Discrete time deleyed system stability theory in the sense of Lyapunov: an application to chemical engineering and process technology. Debeljkovic D. L., *Lazarevic M. P., Stojanovic S. B.¹, Jovanovic M. B.², Milinkovic S. A.² (Fac. Mech. Eng., Beograd, YU; ¹Univ. Nis, YU; ²Fac. Metall. Technol., Beograd, YU) [1083]

P5.4   Modeling and analysis of membrane bioreactor stability. Menshutina N. V., *Sokolov S. V., Tarutina N. V., Sofiev A. E.¹ (Mendeleev Univ. Chem. Technol., Moskva, RU; ¹Cent. Res. Inst. Compl. Aut., RU) [637]

P5.5   Complex dynamics of CO oxidation in catalytic converter. *Zahrubsky M., Nevoral V., Koci P., Kubicek M., Marek M. (Inst. Chem. Technol., Praha, CZ) [1181]

P5.7   Automated control system of nickel hydroxide precipitation. Lopashov A. V., *Volynsky V. V., Kolesnikov I. V., Tsymbalenko E. V. (Power Sources Plant, Saratov, RU) [63]

P5.8   Batch reactor optimal control using genetic algorithm. *Lavric V., Raducan O., Woinaroschy A. (Univ. Politehnica, Bucuresti, RO) [250]

P5.9   Stability of time delay technological systems with nonlinear perturbations. *Stojanovic S. B., Debeljkovic D. L.¹, Lazic M. L., Veljkovic V. B. (Fac. Technol., Leskovac, YU; ¹Fac. Mech. Eng., Beograd, YU) [1112]

P5.10   D-stability analysis of time delay technological systems with multiple time delays. *Stojanovic S. B., Debeljkovic D. L.¹, Lazic M. L., Veljkovic V. B. (Fac. Technol., Leskovac, YU; ¹Fac. Mech. Eng., Beograd, YU) [1111]

P5.11   Analysis of linear autonomous time delay fractional order systems: finite time stability. *Lazarevic M. P. (Fac. Mech. Eng., Beograd, YU) [334]

P5.13   Fuzzy controller design for distillation column. *Vasickaninova A., Bakosova M. (Slovak Univ. Technol., Bratislava, SK) [1247]

P5.15   Parameter adjustment using Kalman filter of advanced control strategy applied to fermentation process. Duarte E. R., Ender L.¹, *Maciel Filho R. (UNICAMP, Campinas, BR; ¹Reg. Univ. Blumenau, BR) [438]

P5.16   A methodology for on-line learning of neural networks in control strategy development. Duarte E. R., Ender L., *Maciel Filho R. (UNICAMP, Campinas, BR) [446]

P5.19   Neural network based approach for modeling and optimization applied to an industrial isoprene unit production. *Alves R. M. B., Nascimento C. A. O. (Univ. Sao Paulo, BR) [1410]

P5.20   Decreasing the flow rate of CO2 in methanol process using NLP model. *Kovac Kralj A., Glavic P. (Univ. Maribor, SI) [1464]

P5.21   Multi-objective optimization of industrial nylon-6,6 polymerization process in a twin-screw extruder reactor using genetic algorithm approach. *Alves R. M. B., Nascimento C. A. O., Loureiro L. V., Floquet P.¹, Joulia X.¹ (Univ. Sao Paulo, BR; ¹LGC CNRS, Toulouse, FR) [1409]

P5.22   Mathematical modelling and simulation of a pilot plant of solid waste pyrolysis. *Wiggers V. R., Meier H. F., Barros A. A. C., Wolf-Maciel M. R.¹ (FURB, Blumenau, BR; ¹UNICAMP, Campinas, BR) [625]

P5.23   A neural network was used in the optimization of the solid state fermentation process, for fumaric acid production. Yamamoto C. Y., *Strapssson R. A., Woiciechowski A. L., Soccol C. R., Paca J.¹ (Fed. Univ. Parana, BR; ¹Inst. Chem. Technol., Praha, CZ) [448]

P5.24   Mathematical modelling for acetic anhydride diffusion in solid wood. *Aboltins A., Morozovs A., Zukova T. (Latvia Univ. Agric., Jelgava, LV) [255]

P5.25   Modelling of an activated sludge plant using Simulink. Lopez H., *Maranon E.¹, Roces S., Machon I., Rodriguez J.¹, Vazquez I.¹ (Univ. Oviedo, ES; ¹Higher Sch. Ind. Eng., Gijon, ES) [1390]

P5.26   Overhauling study of a planned propylene carbonate plant by flowsheet simulation. *Simon F., Csermely Z., Vago A.¹ (Univ. Veszprem, HU; ¹Hung. Gas Oil Co., Kiskunhalas, HU) [1232]

P5.27   Modelisation of deinking operation. *Labidi J., Zafra X., Pelach M. A., Mutje P. (Univ. Girona, ES) [810]

P5.29   Mathematical simulation of kinetics of the carbon nanotubes formation during the catalytic pyrolysis of methane. Nenaglyadkin I. S., *Koltsova E. M., Rakov E. G. (Mendeleev Univ. Chem. Technol., Moskva, RU) [627]

P5.30   Dynamic modelling of polyethylene chlorination for process development and control. *Kun G., Szeifert F., Chovan T., Nagy L., Toth A.¹, Czeller A.¹ (Univ. Veszprem, HU; ¹BorsodChem Ltd., Kazincbarcika, HU) [538]

P5.33   Simulation and analysis of biomass oscillations in a chemostate cultures. *Skitchko A. S., Panikov N. S.¹, Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU; ¹Inst. Microbiol., Moskva, RU) [414]

P5.34   Modeling and simulation of pantolactone extraction process. *Cormos C., Agachi S.¹ (Terapia, Cluj-Napoca, RO; ¹Babes-Bolyai Univ., Cluj-Napoca, RO) [118]

P5.35   Modeling and simulation of sodium beta-alaninate synthesis: comparison between commercial softwares. *Cormos C., Agachi S.¹ (Terapia, Cluj-Napoca, RO; ¹Babes-Bolyai Univ., Cluj-Napoca, RO) [111]

P5.36   Simulation of a laminar flow reactor for catalytic conversion of starch. Iranshahi A., Hakimelahi H. R., *Sotudeh-Gharebagh R., Mostoufi N., Sarrafzadeh M. H. (Univ. Tehran, IR) [204]

P5.37   Implementation of a real thermodynamic property model in IPSEpro. *Ji X., Jonsson M., Yan J. (Royal Inst. Technol., Stockholm; Lulea Univ. Technol., SE) [1276]

P5.38   The creating of the software for the process of synthesis of liposomes. *Zabolotsky A., Michailova N.¹, Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU; ¹Lomonosov State Acad. Fine Chem. Technol., Moskva, RU) [371]

P5.39   Balance computations from measured process data for the information system and production control. Vaclavek V., *Schongut J.¹, Krupicka M.¹ (Inst. Chem. Technol., Praha, CZ; ¹Chemopetrol, Litvinov, CZ) [1206]

P5.40   Development of an analytical monitoring system of high-purity chemical substances on the CALS (ISO-10303 STEP) concept basis. *Bessarabov A. M., Jdanovich O. A., Avseev A. V., Koltsova E. M.¹ (IREA, Moskva, RU; ¹Mendeleev Univ. Chem. Technol., Moskva, RU) [1081]

P5.41   Computer-aided performance analyses of batch multi-product plants. von Poser I., *Gruhn G. (Tech. Univ. Hamburg-Harburg, DE) [1066]

P5.42   The system of synthesis of scheme multicomponent distillation. Gordeev L. S., *Koznov A. V., Korzhova O. A., Zhurilova L. A. (Mendeleev Univ. Chem. Technol., Moskva, RU) [861]

P5.43   IS "Crystalogue" for equipment design and for optimization of mass crystallization processes. Vasilenko V. A., Kortchagin E. Y., Koltsova E. M., Kulkov S. S., *Suleymanov R. A. (Mendeleev Univ. Chem. Technol., Moskva, RU) [860]

P5.44   Characterization of reactive systems: reactive azeotropes and residue curve maps. Reis M. H. M., Mascolo L. F. D. S., *Wolf-Maciel M. R. (UNICAMP, Campinas, BR) [500]

P5.45   Application of case-based reasoning approach in tablet formulation support system. *Vetrov A. V., Sidorkin O. V., Menshutina N. V., Leuenberger H.¹ (Mendeleev Univ. Chem. Technol., Moskva, RU; ¹Univ. Basel, CH) [468]

P5.46   Building novel equipment modules for a commercial process simulator: the compact plate heat exchanger case. *Mouza A. A., Antoniadis K., Paras S. V. (Aristotle Univ., Thessaloniki, GR) [337]

P5.47   Information system for extrusion forming process of catalyst pastes. *Jensa A. V., Polunin A. A., Kostutchenko V. V., Petropavlovskiy I. A., Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU) [206]

P5.48   Cellular automata for simulation of nanostructured glasses. *Abasheva E. R., Sigaev V. N., Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU) [207]

P5.49   A software to dynamic predictions of oil extraction evaporation plants. Custodio A. F., Rezende D. D. F., *Maciel Filho R. (UNICAMP, Campinas, BR) [280]

P5.50   Computer aided fault diagnosis and corrective action when using a biosensor under extreme conditions. *Batzias F. A., Siontorou C. G. (Univ. Piraeus, GR) [1209]

P5.51   Prediction of properties of oils and oil fractions by means of neural networks. Gordeev L. S., Glebov M. B., *Telyatnikov P. N. (Mendeleev Univ. Chem. Technol., Moskva, RU) [397]

P5.54   Application of information and expert systems in the field of nanoglandular substance form. *Petraev A., Reznichenko P., Rakov E. G., Soboleva I., Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU) [850]

P5.55   Dynamic simulation of reactive distillation columns using the equilibrium stages model. Maddah A. R., *Mehrabani-Zeinabad A.¹, Pishvaie M. R.² (Nargan Consulting Co., Tehran, IR; ¹Isfahan Univ. Technol., IR; ²Sharif Univ. Technol., Tehran, IR) [1599]

P5.57   Image analysis of heterogeneous mixtures by virtual instruments. Jirak E., *Husakova A. (Inst. Chem. Technol., Praha, CZ) [1699]

P5.58   Recycling technologies control. *Vasek V., Kolomaznik K., Janacova D. (T. Bata Univ., Zlin, CZ) [1680]

P5.59   Optimization of liquids consumption at washing processes realized in tanning drum. *Janacova D., Kolomaznik K., Vasek V. (T. Bata Univ., Zlin, CZ) [1679]

P5.62   Expert system development for aid in the bioprocesses design and operation. *Gouveia V. L. R., Maciel Filho R. (State Univ. Campinas, BR) [25]

P5.63   Simulation of solvent recuperation process in production of thermopolymers (polysulphone, polyestersulphone). Vigon V. G., Gordeev L. S., Artemyeva T. U., *Kolevatykh A. B. (Mendeleev Univ. Chem. Technol., Moskva, RU) [716]

PRES 2004

P5.65   Numerical survey of incineration mechanisms and products in a sewage sludge fluidized bed combustor. *Khiari B., Marias F.¹, Zagrouba F., Vaxelaire J.¹ (INRST, Hammam-Lif, TN; ¹ENSGTI, Pau, FR) [128]

P5.66   Financial investigation of solar plants at low temperature. *Khiari B., Ben Mabrouk S. (INRST, Hammam-Lif, TN) [129]

P5.67   Peat-mineral compositions as a novel product based upon biofuel. Alferov V. V., Usanov A. E., Misnikov O. S., *Sulman E. M. (Tver Tech. Univ., RU) [135]

P5.68   A robust random search optimization algorithm for nonlinear problems. *Jezowski J., Bochenek R., Ziomek G., Jezowska A. (Rzeszow Univ. Technol., PL) [216]

P5.69   Modeling SCWO with Aspen. *Lavric E. D., Weyten H.¹, De Ruyck J., Plesu V.², Lavric V.² (Vrije Univ., Bruxelles, BE; ¹Vlaamse Inst. Technol., Mol, BE; ²Univ. Politehnica, Bucuresti, RO) [243]

P5.70   Assessment explosion-proof and fire risk industrial targets in a context of strategy of sustainable development. *Statjukha G., Pidmohilnyy M.¹, Bojko T., Bendyug V. (Nat. Tech. Univ., Kyiv, UA; ¹NDI, Kyiv, UA) [475]

P5.75   Setting national priorities for energy standards in Iran. *Rowshanzamir S., Jadid S., Eikani M. H.¹ (Iran Univ. Sci. Technol., Tehran, IR; ¹IROST, Tehran, IR) [712]

P5.76   The application of conceptual design procedures to the retrofit of existing wastewater treatment systems. *Statjukha G., Kvitka O. O., Jezowski J.¹, Dzhygyrey I. M. (Nat. Tech. Univ., Kyiv, UA; ¹Tech. Univ. Rzeszow, PL) [748]

P5.77   Upgrading water piping systems of industrial complex. *Iacob V., Crisbasanu D., Popescu D. C., Ivanescu I.¹, Iancu P.² (SNP Petrom, Ploiesti, RO; ¹SNP Petrom, Bucuresti, RO; ²Univ. Politehnica, Bucuresti, RO) [771]

P5.78   Energy saving retrofit of refrigerating section of dairy factory with using of modern methods of process integration and high effective heat exchangers. Tovazhnyansky L. L., Kapustenko P. O.¹, Perevertaylenko O.¹, *Boldyryev S. O.¹, Garev A. O.¹ (Nat. Tech. Univ., Kharkiv, UA; ¹SODRUGESTVO, Kharkiv, UA) [794]

P5.79   Modernization of distillery plant with using of plate heat exchangers. Tovazhnyansky L. L., Kapustenko P. O.¹, *Khavin G. L.¹, Demirsky A. V.¹ (Nat. Tech. Univ., Kharkiv, UA; ¹SODRUGESTVO, Kharkiv, UA) [811]

P5.82   Energy optimization in oil refinery process. *Ocic O., Maceiras R.¹ (NIS Oil Refinery, Pancevo, YU; ¹Univ. Vigo, ES) [1001]

P5.83   Control of VOC emissions from fixed roof tank. *Ucekaj V., Bebar L., Kohoutek J., Stehlik P. (Tech. Univ., Brno, CZ) [1007]

P5.84   Users friendly computational support in heat exchangers design. *Bonischova K., Hribkova E., Kohoutek J., Stehlik P., Jegla Z. (Brno Univ. Technol., CZ) [1012]

P5.85   Heavy metals as pollutants in incinerators - "downwards analysis". *Buchta J., Filip M., Bebar L., Stehlik P. (Brno Univ. Technol., CZ) [1027]

P5.86   Improvements of wet scrubbing process in units for thermal processing of wastes. *Filip M., Buchta J., Bebar L., Stehlik P. (Brno Univ. Technol., CZ) [1028]

P5.87   Evaluation of different approaches for prediction of NOx emissions concentration from gas flames. *Kermes V., Hajek J., Nekvasil R., Stehlik P., Bebar L., Oral J.¹ (Tech. Univ. Brno, CZ; ¹Eveco Ltd., Brno, CZ) [1036]

P5.88   Simple computational tool for calculation of units for thermal processing of wastes. *Sponar M., Bebar L., Puchyr R.¹, Stehlik P. (Brno Univ. Technol., CZ; ¹Eveco Ltd., Brno, CZ) [1039]

P5.89   Simple mathematical model of heat recovery steam generator. *Sponar M., Stehlik P., Bebar L. (Tech. Univ. Brno, CZ) [1040]

P5.90   Compact equipment for catalytic destruction of pollutants in waste gases. *Dvorak R., Bebar L., Stulir R.¹, Stehlik P., Oral J.¹ (Brno Univ. Technol., CZ; ¹EVECO, Brno, CZ) [1057]

P5.92   Life Cycle Assessment of beef production in Galicia (Spain). Hospido A., *Moreira M. T., Feijoo G. (Univ. Santiago de Compostella, ES) [1159]

P5.93   Life cycle assessment of medium density fibreboard (MDF) manufacture. Rivela R., Hospido A., Moreira M. T., *Feijoo G. (Univ. Santiago de Compostela, ES) [1175]

P5.94   Practical, environmental and economic evaluation of different options for horse manure management. *Lundgren J., Pettersson E.¹ (Lulea Univ. Technol., SE; ¹Energitekniskt Cent. ETC, Pitea, SE) [1185]

P5.95   Computer aided optimal determination of biosensors replacement program for keeping a cleaner environment in underground mine operations. *Batzias F. A., Siontorou C. G. (Univ. Piraeus, GR) [1210]

P5.96   Coupling configurations between two solid/gas chemical heat pumps in order to obtain cooling/heating systems with high performances. *Onofrei R., Daciana S., Bita A. (Univ. Politehnica, Bucuresti, RO) [1212]

P5.97   High temperature heat pumps with high energy efficiency performance. *Onofrei R., Daciana S., Bita A. (Univ. Politehnica, Bucuresti, RO) [1221]

P5.98   The generalized minimum variance control of the temperature of the feed sulfur dioxide and air mixture in the contact process. *Mazana N., Wardle A. P.¹, Muredzi P.² (Technikon Witwatersrand, Johannesburg, ZA; ¹Univ. Wales Swansea, UK; ²Univ. Zimbabwe, ZW) [1260]

P5.99   Neural Network GPC (NNW GPC) control of a fixed-bed catalytic reactor. *Mazana N. (Technikon Witwatersrand, Johannesburg, ZA) [1313]

P5.100   Ammonium removal using natural and synthetic zeolites. *Maranon E., Ulmanu M.¹, Fernandez Y., Anger I.¹, Castrillon L. (Univ. Oviedo, ES; ¹IMNR, Bucuresti, RO) [1319]

P5.101   Waste minimization in a vans coating installation. *Arce R., Mambrilla R., Andres A., Viguri J. (Univ. Cantabria, Santander, ES) [1358]

P5.102   Synthesis and thermoeconomic optimization of distillation sequences. Ozcelik Y., *Ozcelik Z. (Ege Univ., Bornova-Izmir, TR) [1374]

P5.103   A study of coagulation-flocculation in cattle manure. *Maranon E., Castrillon L., Alonso M. T., Rodriguez J., Mori I. (Univ. Oviedo, ES) [1381]

P5.105   Recommendations on environmentally safe performance of a processing plant on the basis of analysis of pollution concentration distribution fields. *Klemes J., Bulatov I., Tsahalis J.¹, Meshalkin V.², Shuvaev V.³, Kapustenko P. O.⁴, Friedler F.⁵ (UMIST, Manchester, UK; ¹Paragon Ltd., Galatsi, GR; ²Mendeleev Univ. Chem. Technol., Moskva, RU; ³Shchekino Azot, RU; ⁴Sodruzhestvo-T, Kharkiv, UA; ⁵Univ. Veszprem, HU) [1427]

P5.106   Investigation of the production of engine gasoline blending component of reduced sulfur, olefin and aromatic content. *Magyar S., Hancsok J., Kallo D.¹, Lengyel A.² (Univ. Veszprem, HU; ¹Hung. Acad. Sci., Budapest, HU; ²MOL, Szazhalombatta, HU) [1451]

P5.107   Selection of key sulphur compound for determination of optimal process parameters for reducing heteroatom content of gas oils. *Varga Z., Hancsok J., Kallo D.¹, Stumpf A.² (Univ. Veszprem, HU; ¹Hung. Acad. Sci., Budapest, HU; ²MOL, Szazhalombatta, HU) [1452]

P5.108   Calculation of distribution fields of toxic pollutions and development of a computer map of concentrations in the atmospheric air of the toxic emissions around the large industrial plant. Kapustenko P. O., Meshalkin V.¹, Shuvaev V.², Salamikov V.², *Nagorniy E. (SODRUGESTVO, Kharkiv, UA; ¹Mendeleev Univ. Chem. Technol., Moskva, RU; ²Shchekino Azot, RU) [1475]

P5.109   Analysis of trace anions in high purity waters in the power plants by suppressed ion chromatography. *Cickaric D. Z., Rajakovic L. V., Dersek I.¹ (Fac. Technol. Metall., Beograd, YU; ¹Hydrometeorol. Inst., YU) [466]

P5.111   Kinetic-induced noise effects and thermal response of a batch chemical reactor. Reverberi A. P., *Chiarioni A., Veglio F.¹, Dovi V. G. (Univ. Genova, IT; ¹Univ. l'Aquila, IT) [1396]

P5.113   EMINENT accelerates market introduction of promising early stage technologies for transport and energy. *Jansen P., Koppejan J., Hetland J.¹, Klemes J.², Pipio A.³ (TNO-MEP, Apeldoorn, NL; ¹SINTEF, Trondheim, NO; ²UMIST, Manchester, UK; ³IST, Lisboa, PT) [1543]

P5.114   Acceleration tools for batch process scheduling. Holczinger T., Biros G., Friedler F., *Sarkozi N. (Univ. Veszprem, HU) [1605]

P5.115   Automated synthesis of flowsheets for azeotropic-distillation systems: two case studies. *Novaki S., Bertok B., Friedler F., Fan L. T.¹ (Univ. Veszprem, HU; ¹Kansas State Univ., Manhattan KS, US) [1613]

P5.116   Hydrogen management in an oil refinery. *Ciornei I. C., Bumbac G., Turcu A., Ivanescu I.¹, Ilie M.² (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Bucuresti, RO; ²PETROM, Pitesti, RO) [1663]

P5.117   Modelling and simulation of operation for the TAME synthesis by catalytic distillation. Plesu V., Bumbac G., *Ciornei I. C., Ivanescu I.¹, Popescu D. C.¹ (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Bucuresti, RO) [1665]

P5.118   Solutions for thermal coupling between hydrogen plant and hydrofining plant in a refinery site. Bumbac G., *Plesu V., Ciornei I. C., Gheorghita T.¹, Duca G.¹ (Univ. Politehnica, Bucuresti, RO; ¹Astra Romana, Ploiesti, RO) [1667]

P5.119   Cost evaluation in engineering graduation projects - software CostEval. *Bercaru T. M., Marcov-Tacu C., Plesu A. E., Iancu P., Bumbac G., Bercaru G., Bologa V. (Univ. Politehnica, Bucuresti, RO) [1669]

P5.120   Properties extractor for generation COLOM files from Process Simulation Environment. *Marcov-Tacu C., Plesu V., Bercaru T. M. (Univ. Politehnica, Bucuresti, RO) [1670]

P5.121   The effect of operating conditions on the quality of microwave dehydrated potato cubes. *Bondaruk J., Zielinska M., Markowski M. (Univ. Warmia Mazurÿ, Olsztyn, PL) [1704]

P5.127   EPPIC: A competitive European pulp and paper industry - an EC GROW-200-1.B co-funded thematic network. Badieritaki P., Retsina T., Dorasamy S.¹, Klemes J.², Perry S.², *Oral J.³, Hajek J.³ (European Processes, Athens, GR; ¹TNO-MEP, Apledorn, NL; ²UMIST, Manchester, UK; ³EVECO, Brno, CZ) [1753]

P5.128   Thermo-economic evaluation of cogeneration option based on geothermal resources. Makarova N., Marechal F., Favrat D., *Weber C. (UFPL, Lausanne, CH) [1757]

Heat transfer processes

P5.129   Calculation of process of nonlinear heat exchange at film flowage of two-phase dispersion mediums of a software to surfaces of composite geometry. *Akhmadiev F. G., Gilfanov R. M. (Kazan State Arch. Build. Acad., RU) [483]

P5.130   Heat transfer from the wall of a CFB-riser to the flowing gas-solid suspension. *Vandenwalle C., Baeyens J.¹, Smolders K.² (Kathol. Univ. Leuven, Heverlee, BE; ¹Univ. Antwerpen, BE; ²De Nayer Inst., Sint-Katelijne-Waver, BE) [41]

P5.131   Experimental study of thermal convection in a channel provided with a porous block. Bouhadef K., *Kahalerras H., Chikh S. (USTHB, Bab Ezzouar, DZ) [1002]

P5.134   The influence of environment temperature on the performances of the amplifier heat transformer. *Candin I. L., Candin M. –. A. (L. Blaga Univ., Sibiu, RO) [840]

P5.135   The influence of the secondary energetic resources temperature and the feeding mode on the performances of the amplifier heat transformer. *Candin I. L., Candin M. –. A. (L. Blaga Univ., Sibiu, RO) [841]

P5.136   The optimization of cooling absorbtion systems using the finite time thermodynamics method. Vonica I., *Candin I. L. (Lucian Blaga Univ., Sibiu, RO) [760]

P5.137   The optimization of heat pumps absorbtion systems using the finite time thermodynamics method. Vonica I., *Candin I. L. (Lucian Blaga Univ., Sibiu, RO) [761]

P5.138   Optimization working method of heat pumps systems with ammonia vapors mechanical compression. Vonica I., *Candin I. L. (L. Blaga Univ., Sibiu, RO) [667]

P5.139   Experimental analysis of the heat transfer process in an agitated vessel equipped with an outer jacket and inner vertical coil. Major-Godlewska M., *Karcz J. (Tech. Univ. Szczecin, PL) [560]

P5.140   Evaluation of inserts intensifying heat transfer inside the tubes based on entropy generation criteria. *Krajewski W., Kolodziej A.¹ (Tech. Univ. Opole, PL; ¹Inst. Chem. Eng., Gliwice, PL) [557]

P5.141   PIV and FEM for description of flow anomalies in continuous ohmic heater. *Houdek P., Zitny R., Reitspiesova I. (Czech Tech. Univ., Praha, CZ) [425]

P5.142   Characteristics of the horizontal wiped-film evaporator. *Cvengros J., Kocsisova T., Lutisan J.¹ (Slovak Tech. Univ., Bratislava, SK) [512]

P5.143   Processes variables and fouling in a falling film evaporator with a film promoter. *Souza T. R. D., Salvagnini W. M., Taqueda M. E. S. (Univ. Sao Paulo, BR) [317]

P5.144   Simulation of heat transfer under air-water cooling jets. *Kavicka F., Stetina J., Sekanina B., Ramik P., Heger J.¹ (Tech. Univ., Brno, CZ; ¹ALSTOM, Whetstone, UK) [167]

P5.145   Thermal-hydraulic behaviour of Liquefin, LNG process using multiple exchangers in parallel, in case of natural gas feed loss. *Rolland M. (Inst. Fr. Pet., Vernaison, FR) [107]

P5.146   Numerical analysis of fluid flow in heat exchanger with change of main flow direction. *Bartoszewicz J., Boguslawski L. (Poznan Univ. Technol., PL) [30]

P5.149   Experimental study of the effect of porous matrix insertion on heat transfer enhancement in an electronic card. *Boudraa S., Bouhadef K., Kahalerras H. (USTHB, Bab Ezzouar, DZ) [1045]

P5.151   Contact thermal resistance of the extended surface with circular "L" - fins. *Soare G. (Univ. Politehnica, Bucuresti, RO) [787]

P5.152   Analysis of a spherical vapour bubble collapse time. *Wankowicz K., Kaminski W. (Tech. Univ. Lodz, PL) [333]

P5.153   Modeling of coriander seeds drying with superheated steam in an impingement dryer. Merino A., *Borquez R., Canales E. (Univ. Concepcion, CL) [310]

P5.154   Mathematical modelling of drying. *Sander A., Glasnovic A. (Univ. Zagreb, HR) [1343]

P5.155   Dielectric properties of selected fruits and vegetables treated and non-treated by DIC. *Klima L., Vrba J.¹, Allaf K.², Sobolik V.² (Inst. Chem. Proc. Fundam., Praha, CZ; ¹Czech Tech. Univ., Praha, CZ; ²Univ. La Rochelle, FR) [1170]

P5.156   Analysis of heat and mass transfer phenomena in food processed by DSC. *Barba A. A., Lamberti G., d'Amore M. (Univ. Salerno, Fisciano, IT) [462]

P5.157   Influence of pressure distribution on local heat transfer on flat surface impinged by free jet. *Boguslawski L. (Poznan Univ. Technol., PL) [601]

P5.158   Transient heat and mass transfer to a circular sink at low Peclet numbers. *Wein O., Tovcigrecko V. V., Sobolik V.¹, Mansurov V.² (Inst. Chem. Proc. Fundam., Praha, CZ; ¹Univ. La Rochelle, FR; ²Heat&Mass Transfer Inst., Minsk, BY) [1242]

P5.159   Coupled heat and mass transfer by natural convection from sources in a saturated porous medium. *Gorin A. V., Vakhguelt A., Al-Zubaidy S. (Curtin Univ. Technol., Miri, MY) [1069]

P5.161   Industrial researches regarding thermal transfer intensification and fouling decrease in heat exchangers. Constantinescu G., Iacob V., *Popescu D. C., Dascalu M., Huiban V. (SNP Petrom, Ploiesti, RO) [1544]

P5.162   Installation for Technological Steam Producing. *Maria I., Nicolae G., Ion D., Liviu-Ionel I. () [1652]

P5.163   Freeze drying process: aplication for orange juice. Boss E. A., *Koroishi E. T., Maciel Filho R. (UNICAMP, Campinas, BR) [171]

P5.164   Optimisation development for freeze drying process. *Boss E. A., Maciel Filho R., Toledo E. C. V. (UNICAMP, Campinas, BR) [218]

P5.165   Model of membrane drying Al2O3 gel layers. Simek R., *Andertova J., Havrda J., Andert D.¹ (Inst. Chem. Technol., Praha, CZ; ¹Res. Inst. Agric. Eng., Praha, CZ) [1199]

P5.167   Mass transfer investigation of liquid membrane transport of gold (III) by methyl iso-butyl ketone mobile carrier. Kargari A., *Kaghazchi T., Soleimani M. (Amirkabir Univ. Technol., Tehran, IR) [151]

Mixing

P5.168   Analysis of dynamics of free liquid surface motion in a stirred tank. *Jahoda M., Hasal P., Fort I.¹ (Inst. Chem. Technol., Praha, CZ; ¹Czech Tech. Univ., Praha, CZ) [938]

P5.169   CFD prediction of flow and homogenization in a stirred vessel. *Mostek M., Kukukova A., Jahoda M., Machon V. (Inst. Chem. Technol., Praha, CZ) [487]

P5.170   CFD simulations of continuous stirred tank reactors. *Mostek M., Jahoda M., Machon V. (Inst. Chem. Technol., Praha, CZ) [489]

P5.171   How good is the postulate eps/N3d2 = const. in an agitated vessel?. *Sulc R., Ditl P. (Czech Tech. Univ., Praha, CZ) [1132]

P5.172   How good is the postulate L~d in an agitated vessel?. *Sulc R., Ditl P. (Czech Tech. Univ., Praha, CZ) [434]

P5.173   Pumping capacity of pitched blade impeller in tall vessel with a draught tube. *Broz J., Fort I., Sperling R.¹, Jambere S.¹, Haisser M.¹, Rieger F. (Czech Tech. Univ., Praha, CZ; ¹Anhalt Univ. Appl. Sci., Koethen, DE) [1524]

P5.174   Power consumption in gas-liquid contactors agitated by dual turbines: viscosity effects. *Markopoulos J., Bahouma D., Tagia S., Pantuflas E.¹, Babalona E. (Univ. Thessaloniki, GR; ¹Univ. Karlsruhe, DE) [1171]

P5.175   Local shear and skin friction distribution in agitated tanks to improve component mixing and product structure. *Vlaev S. D., Nikov I.¹, Martinov M. (Inst. Chem. Eng., Sofia, BG; ¹Ec. Polytech. Univ., Lille, FR) [1465]

P5.176   Electrochemical and visual measurement of particle suspension with pitched six-blade turbine. *Jirout T., Moravec J., Rieger F., Heiser M.¹ (Czech Tech. Univ., Praha, CZ; ¹Anhalt Univ. Appl. Sci., Koethen, DE) [853]

P5.177   CFD simulations of the clear liquid layer formation in dense solid-liquid suspension. Spidla M., Micale G.¹, Grisafi F.¹, Brucato A.¹, *Machon V. (Inst. Chem. Technol., Praha, CZ; ¹Univ. Studi, Palermo, IT) [313]

P5.178   Calculation of the process of an inspissation of suspensions on rotary permeable surfaces. *Ibjatov R. I., Akhmadiev F. G., Kholpanov L. P.¹, Fazilzyanov R. R. (Kazan State Arch. Build. Acad., RU; ¹Inst. Chem. Phys., Chernogolovka, RU) [215]

P5.179   Hydrodynamic characterization of viscous solutions through RTD method in a stirred tank reactor. *Moussous S., Bensmailli A.¹ (Polytech. Milit. Sch., Brodj-El Bahri, DZ; ¹USTHB, Bab-Ezzouar, DZ) [47]

P5.180   Solving the stochastic differential equation for 'closed' continuous flow systems. *Siyakatshana N., Kudrna V., Machon V. (Inst. Chem. Technol., Praha, CZ) [1638]

P5.181   Time dependence of tracer concentration in a system of non-ideal continuous mixers. *Jahoda M., Kudrna V., Cermakova J., Majirova H., Veverka P., Machon V. (Inst. Chem. Technol., Praha, CZ) [886]

P5.183   Parametrical sensitivity of the transient process in time domain for a new static mixing device. *Masiuk S., Rakoczy R. (Tech. Univ. Szczecin, PL) [1095]

P5.184   Pressure drop factor, friction factor and energy consumption index for a new static mixing insert. *Masiuk S., Kawecka-Typek J., Rakoczy R. (Tech. Univ. Szczecin, PL) [1096]

Fluid flow

Gas-liquid systems

P5.187   Fluctuations of static pressure in a bubble column. Shirai K., *Yamashita F. (Kanagawa Inst. Technol., Atsugi, JP) [571]

P5.188   A visual and acoustic study of bubble formation. *Bunganic R., Ruzicka M., Drahos J. (Inst. Chem. Proc. Fundam., Praha, CZ) [1316]

P5.189   Interfacial area and rising velocity of single bubble measured 3-dimensionally using laser sensors. *Terasaka K., Inoue Y., Kakizaki M., Niwa M. (Keio Univ., Yokohama, JP) [127]

P5.190   Bubble column simulation with Fluent. *Simcik M., Blazej M., Ruzicka M., Drahos J., Wichterle K.¹ (Inst. Chem. Proc. Fundam., Praha, CZ; ¹Tech. Univ., Ostrava, CZ) [1416]

P5.191   USBMultiFlow v1.0: Program for the evaluation of multi-phase flow systems in pipes. Stammitti A., Ledanois J.-M., *Gonzalez-Mendizabal D. (Univ. S. Bolivar, Caracas, VE) [423]

P5.192   Hydrodynamics and mass transfer characteristics of a rotating cylindrical gas sparger. *Machniewski P. M., Bin A. K., Rudniak L., Evans G. M.¹ (Warsaw Univ. Technol., Warszawa, PL; ¹Univ. Newcastle, AU) [801]

P5.193   A new idea to improve mass transfer in the airlift reactor. *Fadavi A., Chriastel L. (Slovak Univ. Technol., Bratislava, SK) [1021]

P5.195   Modeling of bubble column reactors gas proliferation: previous and present achievements. Vlaev S. D., *Fialova M.¹ (Inst. Chem. Eng., Sofia, BG; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [809]

P5.196   Experimental determination of upward Taylor bubbles velocities in vertical pipes. Mendizabal I., *Gonzalez-Mendizabal D.¹ (Univ. Catol. A. Bello, Caracas, VE; ¹Univ. S. Bolivar, Caracas, VE) [798]

P5.197   Study of the meniscus depression at the three phase contact of the floating particle using image analysis method. *Basarova P., Horn D., Korinek K. (Inst. Chem. Technol., Praha, CZ) [735]

P5.198   Plastics flotation with regard to the maximum and minimum particle size. *Korinek K., Basarova P., Machon V. (Inst. Chem. Technol., Praha, CZ) [814]

P5.199   Investigation of gas-liquid distribution in a monolith reactor using Computed Tomography (CT). Bauer T., Roy S.¹, *Schubert M., Al-Dahhan M.¹, Lange R. (Tech. Univ. Dresden, DE; ¹Washington Univ., St. Louis, US) [1283]

P5.200   Measurement and visualization of gas and liquid hold-up, bubble size and flow distributions in a ceramic monolith structure. *Haakana T., Kolehmainen E., Turunen I. (Lappeenranta Univ. Technol., FI) [629]

P5.201   Regime transition in bubble column reactors: effect of design parameters and liquid phase properties. *Fialova M., Drahos J. (Inst. Chem. Proc. Fundam., Praha, CZ) [1615]

P5.204   Case-study of problems encountered at small bubble formation. Stanovsky P., *Ruzicka M.¹, Drahos J.¹, Wichterle K. (Tech. Univ. Ostrava, CZ; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1657]

P5.205   Scale influence on the volumetric oxygen mass transfer coefficient in airlift reactor with internal loop. *Blazej M., Jurascik M., Markos J., Drahos J.¹ (Slovak Univ. Technol., Bratislava, SK; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1738]

Multiphase flow

P5.206   Particle turbulence and interactions in polydisperse gas-solid flow based on Eulerian multiphase modeling. *Patino-Palacios G., Simonin O. (CNRS, Toulouse, FR) [1391]

P5.207   Pressure drop in model heat exchanger with gas-solid mixture flow. *Szmolke N. (Tech. Univ. Opole, PL) [398]

P5.208   Image analysis in gas-solid mixture research. Szmolke N., *Anweiler S. (Tech. Univ. Opole, PL) [393]

P5.209   Estimation of solid-liquid mass transfer for multiphase CFD. *Laari A., Kainulainen M., Turunen I. (Lappeenranta Univ. Technol., FI) [348]

P5.210   Dimensional analysis and scale-up. *Matijasevic L., Otmacic H., Tomac V.¹ (Fac. Chem. Eng. Technol., Zagreb, HR; ¹Econerg Holding, Zagreb, HR) [1363]

P5.211   Effect of solids on flow regime transition in three-phase bubble columns. *Mena P. C., Rocha F. A., Teixeira J.¹, Drahos J.², Ruzicka M.² (Univ. Porto, PT; ¹Univ. Minho, Braga, PT; ²Inst. Chem. Proc. Fundam., Praha, CZ) [1600]

P5.215   Length-scale hierarchy in aerosol mechanics. *Zdimal V., Ruzicka M. (Inst. Chem. Proc. Fundam., Praha, CZ) [1664]

P5.216   Multiscale aspects of fluid mechanics. *Lisal M., Ruzicka M. (Inst. Chem. Proc. Fundam., Praha, CZ) [1666]

P5.217   The kernel effect in the Population Balance Equation. *Dorao C. D., Jakobsen H. A. (Norwegian Univ. Sci. Technol., Trondheim, NO) [1668]

Flows and patterns

P5.221   Application of videogrammetry in flow pattern recognition. *Anweiler S., Ulbrich R. (Tech. Univ. Opole, PL) [470]

P5.222   Experimental study on upward two-phase flow patterns in vertical and inclined pipes. *Matamoros L. A., Alvarez R., Lopez de Ramos A. L., Gonzalez-Mendizabal D. (Univ. Simon Bolivar, Caracas, VE) [564]

P5.223   Approximate description of tangential and axial velocity component under the swirl flow condition in an annulus. *Domanova M., Dzianik F., Jelemensky K. (Slovak Univ. Technol., Bratislava, SK) [1074]

P5.224   CFD analysis of the shape factor influence on the helical duct flow. *Zolnaj Z., Jelemensky K., Janata M. (Slovak Univ. Technol., Bratislava, SK) [1122]

P5.226   Numerical study of different turbulence models applied to compressible flow through a nozzle. Bouzid M. Y., *Dizene R.¹ (Univ. Blida, DZ; ¹USTHB, Bab Ezzouar, DZ) [31]

P5.228   3-D modelisation of streamwise injection in interaction with a compressible transverse flow. Cherrarred D., *Dizene R., Benmansour S. (USTHB, Bab Ezzouar, DZ) [440]

P5.230   Film fraction in Pease-Anthony Venturi scrubbers. *Goncalves J. A. S., Costa M. A. M., Falaguasta M. C. R., Coury J. R. (UFSC, Sao Carlos, BR) [569]

P5.231   Effect of non-instantaneous disposition on the general measures of distribution kinetics in a modified mammillary compartmental model. *Kuo Y.-C. (Nat. Chung Cheng Univ., Chia-Yi, TW) [1353]

P5.232   An investigation into the flow phenomena in a phase transition extraction column, based on solvent mixtures with a critical point of miscibility. *Zamir M., Brauner N., Ullmann A. (Tel Aviv Univ., IL) [1487]

P5.233   Dynamic behaviour of an impinging air jet under excited flow conditions. Tihon J., *Bourdette V.¹, Vejrazka J., Pallares J.¹, Saluena C.¹ (Inst. Chem. Proc. Fundam., Praha, CZ; ¹Univ. Rovira Virgili, Tarragona, ES) [1577]

P5.234   A step-like variant of double diffusive convection in salt stratified water solution. *Musemic R. (Univ. Sarajevo, BA) [1611]

P5.235   Equalization of composition fluctuations in tank series with bypass. *Koza V., Jahoda M. (Inst. Chem. Technol., Praha, CZ) [1630]

P5.236   Effect of external excitations on the axisymetrical air jet flow structures - investigations of the jet impinging on a flat surface. *Cvetinovic D., Tihon J.¹, Vejrazka J.¹, Drahos J.¹ (Inst. Nucl. Sci. Vinca, Beograd, YU; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1644]

P5.237   Effect of external excitations on the axisymmetrical air jet flow structures - investigations of the free jet. *Cvetinovic D., Tihon J.¹, Vejrazka J.¹, Drahos J.¹ (Inst. Nucl. Sci. Vinca, Beograd, YU; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1645]

P5.238   Numerical analysis of hydrodynamic characteristics of a turbulent axisymmetric jet. Larfi M., Cherrarred D., *Benkahla K. (USTHB, Alger, DZ) [1693]

P5.239   Verification & validation in CFD: tridimensional and transient model for multiphase flow. *Soares C., Noriler D.¹, Wolf-Maciel M. R., Voss M. L.¹, Barros A. A. C.¹, Meier H. F.¹ (UNICAMP, Campinas, BR; ¹FURB, Blumenau, BR) [777]

Rheology

P5.240   Study of characteristic of mixing and flow behaviour of viscous fluid in continuous loop reactor. Neffah Z., *Belaadi S., Bensmailli A. (USTHB, Bab Ezzouar, DZ) [733]

P5.241   Rheometric study of Apparent Wall Slip effect. *Vecer M., Wein O. (Inst. Chem. Proc. Fundam., Praha, CZ) [1235]

P5.242   Fluidity and slip characteristics of aqueous polymer solutions. *Vecer M., Wein O. (Inst. Chem. Proc. Fundam., Praha, CZ) [1219]

P5.243   Software VSWork for computer aided rheometry under Apparent Wall Slip. *Wein O., Vecer M. (Inst. Chem. Proc. Fundam., Praha, CZ) [1237]

P5.244   Study of suspensions rheological behavior for preparation of functionally graded ceramic materials. Tlaskal R., *Andertova J., Havrda J. (Inst. Chem. Technol., Praha, CZ) [1200]

P5.245   The effect of rheological behavior of ceramic pastes on extrudate microstructure. *Andertova J., Havrda J. (Inst. Chem. Technol., Praha, CZ) [1238]

P5.246   Rheological behaviour of model viscoelastic solutions of polymers. *Bendova H., Stern P.¹, Siska B., Machac I. (Univ. Pardubice, CZ; ¹Inst. Hydrodyn., Praha, DK) [363]

P5.247   Modelling of thixotropy phenomena in water solution of potato starch and xanthan gum. *Grzesik M., Ptaszek A.¹, Maryanczyk A.¹ (Inst. Chem. Eng., Gliwice, PL; ¹Acad. Agric., Krakow, PL) [700]

P5.249   Dynamic viscosities of binary mixtures of dialkyl carbonates with cycloalkanes from 293.15 to 313.15 K. Correlation and prediction. Pereiro A. B., Rodriguez A., Canosa J., *Tojo J. (Vigo Univ., ES) [263]

P5.250   Liquid brigde rupture high speed visualization. Perez-Castilla B., Tovar J., De Freitas A., *Lopez de Ramos A. L. (Univ. Simon Bolivar, Caracas, VE) [1062]

P5.251   Waves on vertical liquid film sheared by turbulent gas flow. Alekseenko S., Antipin V., *Cherdantsev A., Kharlamov S., Markovich D. (Inst. Thermophys., Novosibirsk, RU) [1399]

P5.252   2D surface waves induced by an obstacle lying in the bottom of a hydraulic channel. *Bouhadef M., Ouatiki K., Younsi A. (USTHB, Algiers, DZ) [1123]

P5.253   Free surface waves induced by two or many coupled obstacles. Ouatiki K., *Younsi A., Bouhadef M., Zitoun T., Guendouzen T. (USTHB, Algiers, DZ) [1460]

P5.254   Mathematical modeling of perfusion in capillary electro-chromatography. *Paces M., Kosek J., Marek M. (Inst. Chem. Technol., Praha, CZ) [911]

P5.255   The study of elementary steps in the flotation process using image analysis method. *Horn D., Basarova P., Machon V. (Inst. Chem. Technol., Praha, CZ) [764]

P5.256   kLa measurement by Dynamic Sulfite Method in agitated vessel. *Sirinek A., Ditl P., Linek V.¹, Kordac M.¹ (Czech Tech. Univ., Praha, CZ; ¹Inst. Chem. Technol., Praha, CZ) [805]

P5.257   Analysis of hydrodynamic of two phase flow in bubble column using digital image processing. Zajac D., *Anweiler S., Ulbrich R. (Tech. Univ. Opole, PL) [831]

Fluidization

P5.259   The influence of gas distribution grid on low-grade solid fuels combustion at the fluidized bed. Is’emin R. L., Kuzmin S. N., *Budkova E. V., Michalev A. V., Kondukov N. B., Kalinin E. V. (Tambov State Tech. Univ., RU) [40]

P5.261   An experimental and modelling study of internally circulating fluidised bed incinerator. *Roh S. A., Jung D. S., Kim S. D. (Korea Adv. Inst. Sci. Technol., Daejon, KR) [460]

P5.262   Analysis of the transport disengaging height in the fluidized bed of heterogeneous particles. Cipolato L., Donida M. W., *Tannous K. (UNICAMP, Campinas, BR) [467]

P5.263   Circulating fluidized bed with swirl flow riser and its application to photocatalytic NOx treatment. *Matsuda S., Hatano H. (Nat. Inst. Adv. Ind. Sci. Technol., Tsukuba, JP) [851]

P5.264   Penetration depth of a gas-liquid spray jet in a gas-solid fluidized bed. Ariyapadi S., *Berruti F., McMillan J., Zhou D., Briens C. L. (Univ. W. Ontario, London, CA) [1505]

P5.265   Stability of sawdust beds in drying in conical spouted beds. *San Jose M. J., Alvarez S., Ortiz de Salazar A., Olazar M., Bilbao J. (Univ. Pais Vasco, Bilbao, ES) [1541]

Particulate solids

P5.267   Deposition of charge-regulated particles to a planar charged surface. *Hsu J.-P., Chuang C.-C. (Natl. Taiwan Univ., Taipei, TW) [50]

P5.268   The kinetics of aggregated system separation as dependent on primary particle size. *Gmachowski L. (Inst. Phys. Chem., Warszawa, PL) [116]

P5.269   Electrostatic characterisation of inhaled particulate solids. *Elajnaf A., Carter P. A., Rowley G., Lough W. J. (Univ. Sunderland, Tyne and Wear, UK) [132]

P5.270   Effect of the number of grinding media contact points on ceramic body grinding rate. Heim A., *Olejnik T. P., Pawlak A. (Tech. Univ., Lodz, PL) [147]

P5.271   The influence of Li+, Na+, K+ on the zeta- potential of alumina dispersions. *Velikovska P., Mikulasek P. (Univ. Pardubice, CZ) [321]

P5.273   Flow and compression properties of cohesive powders in the medium pressure range. *Grossmann L., Tomas J. (O. von Guerricke Univ., Magdeburg, DE) [570]

P5.276   The use of different laser light methods for particle size analysis. *Teipel U., Sisler M., Fuhr I., Mikonsaari I., Forter-Barth U. (Fraunhofer Inst. Chem. Technol., Pfinztal, DE) [891]

P5.277   Synthesis of mono-dispersed spherical particles of silica using seed particles. Chang S. M., Lee M. H., *Kim W.-S.¹ (Dong-A Univ., Busan, KR; ¹Kyunghee Univ., Kyungki-do, KR) [1251]

P5.278   Morphological modification of calcium carbonate in crystallization using reverse micelle system. Kang S. H., *Kim W.-S.¹, Choi C. K. (Seoul Nat. Univ., KR; ¹Kyunghee Univ., Kyungki-do, KR) [1248]

P5.279   A study of an influence of pH on zeta potential of titanium dioxide particles in different dispersion environments. *Palarcik J., Jandera J., Svoboda L. (Univ. Pardubice, CZ) [1197]

P5.280   The process of extrusion's input characteristics in extruder of the special design. *Fekete R., Peciar M., Hanzel M. (Slovak Univ. Technol., Bratislava, SK) [1063]

P5.281   Physical, chemical and wet-milling properties of various maize genotypes. *Milasinovic M., Radosavljevic M., Jakovljevic J.¹, Dokic-Baucal L.¹, Terzic D. (Maize Res. Inst., Beograd-Zemun, YU; ¹Univ. Novi Sad, YU) [360]

P5.282   Mixing of particulate material - investigation of selected parameters influencing to the energy consumption. *Juriga M., Peciar M. (Slovak Univ. Technol., Bratislava, SK) [1067]

P5.283   The modeling of manufacture of reception of stability nanoparticles TiO2. *Tyurnikova T. V., Medvedev E. A., Koltsova E. M. (Mendeleev Univ. Chem. Technol., Moskva, RU) [373]

P5.284   The comparative analysis of degrinding degree in breaking proces,between classic way of grinding and the intensive grinding process. *Danciu I., Danciu C. (Univ. Sibiu, RO) [749]

P5.285   Effect of liquid properties on agglomeration in fluidized beds. Saberian M., *Briens C. L., Berruti F., McDougall S.¹, Weber S., Chan E.¹ (Univ. W. Ontario, London, CA; ¹Syncrude Canada Res., Edmonton, CA) [1503]

P5.286   Influence of the pore size into amorphous SiO2 precipitate upon the difference between measured and real values of specific surface area and density. *Bogoevski S., Burevski D. (Fac. Technol. Metal., Skopje, MK) [604]

P5.291   Electrostatic charge in airborne particles: the influence of the aerosol generation on the particle charge distribution. Marra Jr. W. D., *Falaguasta M. C. R.¹, Rodrigues M. V.¹, Coury J. R.¹ (Univ. Sao Paulo, BR; ¹UFSC, Sao Carlos, BR) [1698]

P5.294   Comparison of leaching in static mode of simulated inert matrix fuel containing zirconium stabilized by various lanthanides. Kamel N., *Ait-Amar H.¹, Yfsah R., Telmoun S. (CRNA/DTN, Alger, DZ; ¹USTHB, Bab-Ezzouar, DZ) [23]

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