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Presentation Details Section
Please enter details of your presentation.
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Abstracts will be made available on the internet some time in the future. Should you prefer that this not be done with your abstract then please click on "No".
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Choose the session in which you would like to present. In addition enter a second and third choice.
First session choice
Biological and Macromolecular Crystallography - Crystallization
Biological and Macromolecular Crystallography - Synchrotron radiation and radiation damage
Biological and Macromolecular Crystallography - Structure refinement and analysis
Biological and Macromolecular Crystallography - Atomic resolution
Biological and Macromolecular Crystallography - Proton and electron transfer processes
Biological and Macromolecular Crystallography - HIV/ AIDS (Infectious diseases)
Biological and Macromolecular Crystallography - Large systems
Biological and Macromolecular Crystallography - Enzyme catalysis
Biological and Macromolecular Crystallography - Transcription and translation
Biological and Macromolecular Crystallography - Molecular recognition in molecules and macromolecules
Materials and Minerals - New developments in the field of aperiodic crystals
Materials and Minerals - Electron crystallography on beam sensitive samples
Materials and Minerals - Electron crystallography on inorganic Materials
Materials and Minerals - Mineralogical Crystallography
Materials and Minerals - Modular aspects of inorganic crystals - in memory of Boris B Zvyagin
Materials and Minerals - From minerals to materials science
Materials and Minerals - Relaxor ferroelectric materials
Materials and Minerals - Charge/orbital ordering in strongly correlated electron systems
Materials and Minerals - Crystallography in Africa
Materials and Minerals - Perovskites ancient and modern - in memory of Helen D Megaw
Experimental and Computational Techniques - Electron crystallography and real structures (with SIG4)
Experimental and Computational Techniques - High photon energy techniques
Experimental and Computational Techniques - Grazing angle techniques
Experimental and Computational Techniques - Automatic structure determination: Challenges for the Future
Experimental and Computational Techniques - Can modern programming languages and --techniques ....
Experimental and Computational Techniques - Diffraction image processing and data quality
Experimental and Computational Techniques - Algorithms of the future
Experimental and Computational Techniques - High resolution X-ray diffraction at new European SR sources
Experimental and Computational Techniques - Crystallography at extreme conditions: recent results and new developments
Experimental and Computational Techniques - Crystallisation techniques frontier
Chemical Crystallography - Synergy of experiment and theory in studies of charge, spin and momentum densities
Chemical Crystallography - Impact of charge and spin density studies on molecular sciences
Chemical Crystallography - Rooted in nature: compounds -chirality, absolute structure, absolute configuration
Chemical Crystallography - Towards the unification of shared-proton interactions
Chemical Crystallography - Molecular interactions at extreme conditions
Chemical Crystallography - Inclusion compounds and intercalates: Structure and application
Chemical Crystallography - Structure-properties relationship in molecular crystals
Chemical Crystallography - Core chemical crystallography
Chemical Crystallography - From structural knowledge to chemical reactivity
Chemical Crystallography - Structural applications in coordination complexes
Special techniques - Powder diffraction in applied and industrial mineralogy
Special techniques - Fast diffraction - high energy and high throughput powder diffraction
Special techniques - Materials for energy storage and the environment
Special techniques - Structure determination from powder diffraction data
Special techniques - Joint powder diffraction and non-diffraction techniques
Special techniques - Polymorphism
Special techniques - Use of synchrotron and neutron powder diffraction
Special techniques - Indexing Powder Diffraction Patterns: Opportunity for new heuristic and global optimisation methods
Special techniques - Time resolved spectroscopy
Special techniques - Spectroscopy - an approach to local structure
Second session choice
Biological and Macromolecular Crystallography - Crystallization
Biological and Macromolecular Crystallography - Synchrotron radiation and radiation damage
Biological and Macromolecular Crystallography - Structure refinement and analysis
Biological and Macromolecular Crystallography - Atomic resolution
Biological and Macromolecular Crystallography - Proton and electron transfer processes
Biological and Macromolecular Crystallography - HIV/ AIDS (Infectious diseases)
Biological and Macromolecular Crystallography - Large systems
Biological and Macromolecular Crystallography - Enzyme catalysis
Biological and Macromolecular Crystallography - Transcription and translation
Biological and Macromolecular Crystallography - Molecular recognition in molecules and macromolecules
Materials and Minerals - New developments in the field of aperiodic crystals
Materials and Minerals - Electron crystallography on beam sensitive samples
Materials and Minerals - Electron crystallography on inorganic Materials
Materials and Minerals - Mineralogical Crystallography
Materials and Minerals - Modular aspects of inorganic crystals - in memory of Boris B Zvyagin
Materials and Minerals - From minerals to materials science
Materials and Minerals - Relaxor ferroelectric materials
Materials and Minerals - Charge/orbital ordering in strongly correlated electron systems
Materials and Minerals - Crystallography in Africa
Materials and Minerals - Perovskites ancient and modern - in memory of Helen D Megaw
Experimental and Computational Techniques - Electron crystallography and real structures (with SIG4)
Experimental and Computational Techniques - High photon energy techniques
Experimental and Computational Techniques - Grazing angle techniques
Experimental and Computational Techniques - Automatic structure determination: Challenges for the Future
Experimental and Computational Techniques - Can modern programming languages and --techniques ....
Experimental and Computational Techniques - Diffraction image processing and data quality
Experimental and Computational Techniques - Algorithms of the future
Experimental and Computational Techniques - High resolution X-ray diffraction at new European SR sources
Experimental and Computational Techniques - Crystallography at extreme conditions: recent results and new developments
Experimental and Computational Techniques - Crystallisation techniques frontier
Chemical Crystallography - Synergy of experiment and theory in studies of charge, spin and momentum densities
Chemical Crystallography - Impact of charge and spin density studies on molecular sciences
Chemical Crystallography - Rooted in nature: compounds -chirality, absolute structure, absolute configuration
Chemical Crystallography - Towards the unification of shared-proton interactions
Chemical Crystallography - Molecular interactions at extreme conditions
Chemical Crystallography - Inclusion compounds and intercalates: Structure and application
Chemical Crystallography - Structure-properties relationship in molecular crystals
Chemical Crystallography - Core chemical crystallography
Chemical Crystallography - From structural knowledge to chemical reactivity
Chemical Crystallography - Structural applications in coordination complexes
Special techniques - Powder diffraction in applied and industrial mineralogy
Special techniques - Fast diffraction - high energy and high throughput powder diffraction
Special techniques - Materials for energy storage and the environment
Special techniques - Structure determination from powder diffraction data
Special techniques - Joint powder diffraction and non-diffraction techniques
Special techniques - Polymorphism
Special techniques - Use of synchrotron and neutron powder diffraction
Special techniques - Indexing Powder Diffraction Patterns: Opportunity for new heuristic and global optimisation methods
Special techniques - Time resolved spectroscopy
Special techniques - Spectroscopy - an approach to local structure
Third session choice
Biological and Macromolecular Crystallography - Crystallization
Biological and Macromolecular Crystallography - Synchrotron radiation and radiation damage
Biological and Macromolecular Crystallography - Structure refinement and analysis
Biological and Macromolecular Crystallography - Atomic resolution
Biological and Macromolecular Crystallography - Proton and electron transfer processes
Biological and Macromolecular Crystallography - HIV/ AIDS (Infectious diseases)
Biological and Macromolecular Crystallography - Large systems
Biological and Macromolecular Crystallography - Enzyme catalysis
Biological and Macromolecular Crystallography - Transcription and translation
Biological and Macromolecular Crystallography - Molecular recognition in molecules and macromolecules
Materials and Minerals - New developments in the field of aperiodic crystals
Materials and Minerals - Electron crystallography on beam sensitive samples
Materials and Minerals - Electron crystallography on inorganic Materials
Materials and Minerals - Mineralogical Crystallography
Materials and Minerals - Modular aspects of inorganic crystals - in memory of Boris B Zvyagin
Materials and Minerals - From minerals to materials science
Materials and Minerals - Relaxor ferroelectric materials
Materials and Minerals - Charge/orbital ordering in strongly correlated electron systems
Materials and Minerals - Crystallography in Africa
Materials and Minerals - Perovskites ancient and modern - in memory of Helen D Megaw
Experimental and Computational Techniques - Electron crystallography and real structures (with SIG4)
Experimental and Computational Techniques - High photon energy techniques
Experimental and Computational Techniques - Grazing angle techniques
Experimental and Computational Techniques - Automatic structure determination: Challenges for the Future
Experimental and Computational Techniques - Can modern programming languages and --techniques ....
Experimental and Computational Techniques - Diffraction image processing and data quality
Experimental and Computational Techniques - Algorithms of the future
Experimental and Computational Techniques - High resolution X-ray diffraction at new European SR sources
Experimental and Computational Techniques - Crystallography at extreme conditions: recent results and new developments
Experimental and Computational Techniques - Crystallisation techniques frontier
Chemical Crystallography - Synergy of experiment and theory in studies of charge, spin and momentum densities
Chemical Crystallography - Impact of charge and spin density studies on molecular sciences
Chemical Crystallography - Rooted in nature: compounds -chirality, absolute structure, absolute configuration
Chemical Crystallography - Towards the unification of shared-proton interactions
Chemical Crystallography - Molecular interactions at extreme conditions
Chemical Crystallography - Inclusion compounds and intercalates: Structure and application
Chemical Crystallography - Structure-properties relationship in molecular crystals
Chemical Crystallography - Core chemical crystallography
Chemical Crystallography - From structural knowledge to chemical reactivity
Chemical Crystallography - Structural applications in coordination complexes
Special techniques - Powder diffraction in applied and industrial mineralogy
Special techniques - Fast diffraction - high energy and high throughput powder diffraction
Special techniques - Materials for energy storage and the environment
Special techniques - Structure determination from powder diffraction data
Special techniques - Joint powder diffraction and non-diffraction techniques
Special techniques - Polymorphism
Special techniques - Use of synchrotron and neutron powder diffraction
Special techniques - Indexing Powder Diffraction Patterns: Opportunity for new heuristic and global optimisation methods
Special techniques - Time resolved spectroscopy
Special techniques - Spectroscopy - an approach to local structure
Abstract authors (Use a semi-colon as a seperator with the presenting author designated with a * e.g.: Manuel Fernandes*; David Billing; Demi Levendis OR M. A. Fernandes*; D. Billing; D. C. Levendis)
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