Engineering Crystallography: From Molecule to Crystal to Functional Form

Form.- 1. Crystal Science Fundamentals.- Molecular Structure, Chirality and Chiral Crystals.- Supramolecular Assembly and Solid State Chemistry.- Solid Form Landscape and Design of Physical Properties.- Design of Physical Properties and Solid Form Design.- Modelling Route Map: from Molecule through the Solution State to Crystals.- Crystal Growth and Morphology of Molecular Crystals.- Determining Surface Energetics of Solid Surfaces.- Crystal Effects Influencing the Course of Organic Solid State Reactions: Perfect, Imperfect and Surface Effects.- Synthonic Engineering Modelling Tools for Product and Process Design.- Formation.- Crystallisation Route Map.- Phase Diagrams for Process Design.- Seeding in Crystallisation.- Preparation, Stabilisation and Advantages of Metastable Polymorphs.- Crystallisation Control by Process Analytical Technology.- Methods for Nano-Crystals Preparation.- Crystallisation Control Approaches and Models.- Application of Ultrasound in Crystallization (Sonocrystallization).- Continuous Pharmaceutical Crystallization from Solution.- Viedma Ripening and its Role in the Chiral Separation of Optical Isomers.- Mechanochemistry and its Role in Novel Crystal Form Discovery.- Innovative Spontaneous Chiral Resolution Phenomenon: Preferential Enrichment.- Function.- Pharmaceutical Solid State Characterisation Techniques.- Techniques for Crystal Optical Characterisation: Chiroptical Spectroscopy.- Unique Ferromagnetic Properties Observed in All-Organic Radical Liquid Crystals.- Mechanical Deformation Chemistry of Crystals: Designing Mechanical Performance.- DEM Analysis of the Effects of Die Shape and Orientation on Die Filling Processes.- Finite Element Modeling of Powder Compaction.- From Molecules to Crystals to Functional Form: Science of Scale.