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Scientific Program

We are pleased to announce the final program.

ISIC18 will take place in the main building of ETH Zurich (Rämistrasse 101); the conference rooms are located on the ground floor (E floor) and on the first floor (F floor - rooms F3, F5 and F30, also known as AudiMax).

Program links

Tuesday, September 13th, 2011
13:15-17:00 F26.1 Tutorial:
Thermodynamics-based Design and Synthesis
F3 Tutorial:
Fundamental Aspects
F5 Tutorial:
Monitoring and Control
15:00-18:00 E Registration
18:00-19:30 E Welcome Reception
Wednesday, September 14th, 2011
08:20-08:40 F30 Opening Session
08:40-10:20 F30 Plenary Session 1 - Nucleation
10:20-10:50 E Coffee break
10:50-12:30 F30 Kinetics of crystallization F3 Fundamentals of nucleation F5 Novel directions 1
12:30-13.30 Lunch
13:30-15:00 E Poster Session A (from nr. 1 to nr. 100)
15:00-16:20 F30 Plenary Session 2 - Novel directions
16:20-16:50 E Coffee break
16:50-18:30 F30 Operation of crystallizers F3 Thermodynamics of crystallization F5 Polymorphs and co-crystals
19:15 Working Party Meeting
Thursday, September 15th, 2011
8:10-9:50 F30 Plenary Session 3 - Modelling and Monitoring
9:50-10:20 E Coffee break
10:20-12:00 F30 Crystal shape modelling and control F3 Crystallization of inorganic compounds F5 Applications of crystallization
12:00-13:00 Lunch
13:00-14:30 E Poster Session B (from nr. 101 to nr. 198)
14:30-15:50 F30 Plenary Session 4 - Chiral crystallization
15:50-16:20 F30 EFCE Award
16:20-16:50 E Coffee break
16:50-17:50 F30 Chiral crystallization processes F3 Fundamentals of crystallization F5 Monitoring and control
19:00 Conference Dinner
Friday, September 16th, 2011
8:20-10:00 F30 Mixing and scale up F3 Novel characterization techniques F5 Novel directions 2
10:00-10:30 E Coffee break
10:00-12:30 F30 Plenary Session 5 - Industrial crystallization
12:50-13:00 F30 Closing
13:00-14:00 Lunch

Keynote lectures

Michael McBride, Yale University
Grinding to homochirality - The mechanism of Viedma ripening

Doraiswami Ramkrishna, Purdue University
Towards control of crystal shape: crystallization and dissolution

Jens Rieger, BASF
Precursor structures in crystallization and precipitation

Gabriele Sadowski, TU Dortmund
Thermodynamic modeling of drug crystallization phenomena

Peter Vekilov, University of Houston
Nucleation of crystals in solution

Tutorials on industrial crystallization processes

Fundamental aspects
Joop H. ter Horst, TU Delft
Hugo Meekes, Radboud University Nijmegen

Monitoring and control
Herman J.M. Kramer, TU Delft
Ali Mesbah, TU Delft
Zoltan K. Nagy, Loughborough University
Gilles Févotte, University Lyon 1

Thermodynamics-based design and synthesis
Christianto Wibowo, ClearWaterBay Technology

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