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Lectures B
B4 - Tuesday afternoon
Chemical engineering education
Beer, water, and coffee: hands-on introduction to product design. *Farrell S.,
Savelski M. J.,
Hesketh R. P.,
Slater C. S.,
Kauser J.
(Rowan Univ., Glassboro NJ, US) [477]
The undergraduate chemical engineering design project - where is it heading?. *Brennan D.
(Monash Univ., Clayton Vic., AU) [766]
Chemical engineering education and "output driven accreditation" - how are the world's universities meeting this challenge?. *Wood D. G.,
Shallcross D. C.,
Parkinson M. J.
(Univ. Melbourne, AU) [1281]
A model for collaboration between academia and industry. *Farrell S.,
Savelski M. J.,
Hesketh R. P.,
Slater C. S.
(Rowan Univ., Glassboro NJ, US) [447]
A new chemical engineering senior elective course: principles of food engneering. *Savelski M. J.
(Rowan Univ., Glassboro NJ, US) [77]
New approach to learner evaluation of an undergraduate engineering course. *Tannous K.,
Zactiti E. M.
(UNICAMP, Campinas, BR) [655]
Process Simulators in the ChE curriculum. *Savelski M. J.,
Dahm K.,
Farrell S.,
Hesketh R. P.
(Rowan Univ., Glassboro NJ, US) [76]
B5 - Wednesday morning
Symposium on electrochemical engineering
Keynote lecture: Analysis of electrical phenomena occurring in ion-exchange assisted electrodialysis for treatment of rinsing solutions. Mahmoud A.,
Muhr L.,
*Lapicque F.
(CNRS-ENSIC, Nancy, FR) [1482]
Electrodialysis of aqueous ammonium sulphate solutions. Siminiceanu I.,
Cotet I. L.,
*Harasek M.1,
Friedl A.1
(Tech. Univ., Iasi, RO;
1Tech. Univ., Wien, AT) [1246]
Diaphragm selection for the descending bed electrowinning cell. *Robinson D. J.,
MacDonald S. A.,
Kristal J.1,
Ondracek J.1,
Jiricny V.1
(Dremco Inc., Phoenix AZ, US;
1Inst. Chem. Proc. Fundam., Praha, CZ) [1059]
Wastewater treatment using a rotating barrel electroplater. *Chin D.-T.,
Zhou C.-D.
(Clarkson Univ., Potsdam NY, US) [1288]
Modelling potentials, concentrations and current densities in three-dimensional electrodes for metal recovery from dilute
liquid effluents. *Cheng C.-Y.,
Kelsall G. H.
(Imperial Coll. London, UK) [1443]
Effect of stirring on the performance of electro-coagulation and electro-flotation for the removal of dyes from textile wastewater. *Szpyrkowicz L.
(Univ. Venice, IT) [228]
The electrochemical reduction of nitrate on copper - zinc alloys in weakly alkaline solution. Macova Z.,
*Bouzek K.
(Inst. Chem. Technol., Praha, CZ) [1147]
B6 - Wednesday afternoon
Symposium on electrochemical engineering
Keynote lecture: Preparation and characterisation of Pt deposition on ion conducting membrane for making electrodes in the direct methanol
fuel cell. Shen M.,
Roy S.,
*Scott K.,
Yu E.
(Univ. Newcastle, UK) [1049]
A study of PtRu catalysts formed on Ti support by thermal decomposition for methanol oxidation. Yang L. X.,
*Allen R. G.,
Scott K.,
Christenson P.,
Roy S.
(Univ. Newcastle, UK) [1047]
Electrocatalytic properties of a mixed Pt-polypyrrol catalyst for the anodic methanol oxidation. *Juttner K.,
Bouzek K.1,
Lange M.,
Moravcova S.1
(Karl-Winnacker-Inst., Frankfurt/M., DE;
1Inst. Chem. Technol., Praha, CZ) [1217]
Nafion - Polypyrrole composite as a novel material for PEM fuel cell. Moravcova S.,
Holzhauser P.,
*Bouzek K.,
Juttner K.1
(Inst. Chem. Technol., Praha, CZ;
1Kar-Winnacker-Inst., Frankfurt/M., DE) [969]
Modeling and engineering of PEM fuel cell. *Fateev V. N.,
Grigoriev S. A.,
Kalinnikov A. A.,
Porembsky V. I.,
Ostrovsky S. V.,
Pekhota F. N.
(Kurchatov Inst., Moskva, RU) [309]
Macro-scale modelling of PEM fuel cells. *Bletzacker L.,
Prat M.,
Quintard M.
(Inst. Mech. Fluids, Toulouse, FR) [622]
A pseudo-homogeneous model for catalyst layer of PEM fuel cell. Eshagh Nimvar T.,
*Rowshanzamir S.1,
Khoshnoodi M.,
Eikani M. H.2
(Univ. Sistan&Baluchestan, Zahedan, IR;
1Iran Univ. Sci. Technol., Tehran, IR;
2IROST, Tehran, IR) [451]
Engineering technologies of electroless nickel process. *Reda Gad A. E.-M.
(Nat. Res. Cent., Cairo, EG) [177]
B7 - Thursday morning
Symposium on electrochemical engineering
Keynote lecture: Photovoltaics and electrochemistry - problems in development and design of disinfection apparatuses. *Bergmann H.
(Anhalt Univ. Appl. Sci., Koethen, DE) [113]
Development of Ir-based anode catalytic layer for water electrolysis with polymer electrolyte membrane. *Tsypkin M.,
Marshall A.,
Brresen B.,
Hagen G.,
Tunold R.
(NTNU, Trondheim, NO) [531]
Conversion and selectivity behaviour of an electrochemical membrane process. *Ye Y.,
Rihko-Struckmann L.,
Munder B.,
Sundmacher K.1
(Max Planck Inst. Dyn. Compl. Tech. Syst., Magdeburg, DE;
1O. von Guerricke Univ., Magdeburg, DE) [227]
Instabilities and pattern formation in high temperature fuel cells. *Mangold M.,
Krasnik M.,
Sundmacher K.1
(Max-Planck-Inst. Dyn. Kompl. Tech. Syst., Magdeburg, DE;
1O. v Guerricke Univ., Magdeburg, DE) [605]
Modelling the corrosion of aluminium in presence of small particles of carbon in a water - polyethylene glycol (PEG) mixture. *Caire J.-P.,
Dalard F.
(INPG, Saint-Martin d'Heres, FR) [273]
Behaviour of sulphur in aluminium cells - electrochemical reactions. *Hives J.,
Ambrova M.,
Fellner P.
(Slovak Univ. Technol., Bratislava, SK) [87]
Electrical conductivity of low-melting electrolytes. *Hives J.,
Thonstad J.1
(Slovak Univ. Technol., Bratislava, SK;
1Norwegian Univ. Sci. Technol., Trondheim, NO) [55]
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