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Presentation
Surface secondary nucleation: the role of thermodynamics
Author
Date:
30.08.2021 ,
Time:
15:05
|
Topic: Kinetics I
Details
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Presentation
Improving the understanding of deracemisation via temperature cycles for enhanced process design and implementation
Author
Date:
30.08.2021 ,
Time:
14:45
|
Topic: Separation of Enantiomers I
Details
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Presentation
Modeling kinetics of secondary nucleation facilitated by inter-particle energies
Author
Date:
31.08.2021 ,
Time:
08:00
|
Topic: 3. Fundamentals of Crystallization
Details
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Presentation
Predicting relative solubilities with molecular dynamics simulations
Author
Date:
31.08.2021 ,
Time:
08:00
|
Topic: 3. Fundamentals of Crystallization
Details
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Presentation
Multidimensional Characterization of Platelets in Particulate Suspensions via Machine Learning
Author
Date:
31.08.2021 ,
Time:
09:30
|
Topic: Process Monitoring
Details
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Session
Separation of Enantiomers II
Chair
Date: 31.08.2021 , Time: 08:30
|
Topic: Separation of Enantiomers I
Details
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Presentation
Modeling crystallization-based deracemization techniques: guidelines for selecting a favorable process for production
Author
Date:
31.08.2021 ,
Time:
08:30
|
Topic: Separation of Enantiomers I
Details
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Presentation
Characterization of a Small-Scale Crystallizer using Multiphase CFD Simulations and X-Ray Tomography Measurements
Author
Date:
01.09.2021 ,
Time:
09:00
|
Topic: 4. Crystallization and Precipitation in Fine Chemical, Specialty & Life-Science Industries
Details
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Presentation
A Selective Dissolution Process Featuring a Hydrocyclone for the Removal of Fines in Crystallization
Author
Date:
01.09.2021 ,
Time:
09:00
|
Topic: 4. Crystallization and Precipitation in Fine Chemical, Specialty & Life-Science Industries
Details
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Presentation
Size and Shape Engineering of Needle-like Particles: Process Development and Process Control
Author
Date:
02.09.2021 ,
Time:
09:50
|
Topic: 5. Integrated Process Design: Crystallization in the Industrial Process Chain
Details
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Presentation
Process Development for Size and Shape Manipulation of plate-like crystals
Author
Date:
02.09.2021 ,
Time:
09:55
|
Topic: 5. Integrated Process Design: Crystallization in the Industrial Process Chain
Details
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Presentation
Model-based optimal choice of pressure-driven withdrawal method from stirred suspensions
Author
Date:
02.09.2021 ,
Time:
10:05
|
Topic: 5. Integrated Process Design: Crystallization in the Industrial Process Chain
Details