The future of dynamic structural science
/ edited by Judith A.K. Howard, Department of Chemistry, Durham University, United Kingdom, Hazel A. Sparkes, School of Chemistry, University of Bristol, Bristol, Paul R. Raithby, Department of Chemistry, University of Bath, United Kindom, and Andrei V. Churakov, N.S. Kurnakov Institute of General and Inorganic Chemistry, Russian Academy of Sciences, Moscow, Russia.
The future of dynamic structural science
Author
/ edited by Judith A.K. Howard, Department of Chemistry, Durham University, United Kingdom, Hazel A. Sparkes, School of Chemistry, University of Bristol, Bristol, Paul R. Raithby, Department of Chemistry, University of Bath, United Kindom, and Andrei V. Churakov, N.S. Kurnakov Institute of General and Inorganic Chemistry, Russian Academy of Sciences, Moscow, Russia.Edition 1
9789401785525
list
شناسنامه
Title and Author
The future of dynamic structural science / / edited by Judith A.K. Howard, Department of Chemistry, Durham University, United Kingdom, Hazel A. Sparkes, School of Chemistry, University of Bristol, Bristol, Paul R. Raithby, Department of Chemistry, University of Bath, United Kindom, and Andrei V. Churakov, N.S. Kurnakov Institute of General and Inorganic Chemistry, Russian Academy of Sciences, Moscow, Russia.Physical Description
xvi, 284 pages؛ ;24 cm.؛ :illustrations (some color).Subject
CrystallographyCrystals
Spectra
Crystallography.
Crystals
Spectra
Added Identifiers
Howard, J. A. K.,، نویسنده .
Sparkes, Hazel A.,، نویسنده .
Raithby, P. R.، نویسنده .
Churakov, Andrei V.,، نویسنده .
Sparkes, Hazel A.,، نویسنده .
Raithby, P. R.، نویسنده .
Churakov, Andrei V.,، نویسنده .
Language
انگلیسیRetrieval Number
Congress:
Cataloger
کانورتور"Proceedings of the NATO Advanced Study Institute on The Future of Dynamic Structural Science: Links to Energy and Environmental Security and Early Detection of CBRN Agents, Erice, Italy, 30 May - 8 June, 2013.".
Single Crystal and Powder Methods for Structure Determination of Metastable Species -- Raman Crystallography, the Missing Link between Biochemical Reactions and Crystallography -- Structure and Dynamics from Time Resolved Absorption and Raman Spectroscopy -- Time and Space-Resolved Spectroscopy -- Dynamic X-Ray and Neutron Scattering: From Materials Synthesis and In-Situ Studies to Biology at High Pressure -- Dynamics of Mechanochemical Processes -- Measuring and Understanding Ultrafast Phenomena Using X-Rays -- Single-Crystal to Single-Crystal Solid-State Photochemistry -- Femtoseconds to Hours Structural Dynamics Investigations: What do the Different Time Scales tell us in Chemistry? -- Structure and Dynamics of Light-Excited States -- Direct Observation of Various Reaction Pathways in Crystalline State Photoreactions -- Time Resolved XAS Spectroscopy Probing Dynamic Species in Homogeneous Catalysis -- Towards faster Methods Providing more Information -- Dynamical Aspects of Biomacromolecular Multi-Resolution Modelling Using the Ultra Scan Solution Modeler (US-SOMO) Suite -- Linking Diffraction, XAFS and Spectroscopic Studies on Short Lived Species -- Structure Analyses of Unstable Reaction Intermediates Using the Technique of Acid-Base Complex or Polymorphic Crystal Formation -- Molecular Mechanisms of Light-Harvesting and Photo-Protection by Carotenoids Explaining Configurational Selections by Antenna and Reaction Centre Complexes -- Time-Resolved Macromolecular Crystallo.
Single Crystal and Powder Methods for Structure Determination of Metastable Species -- Raman Crystallography, the Missing Link between Biochemical Reactions and Crystallography -- Structure and Dynamics from Time Resolved Absorption and Raman Spectroscopy -- Time and Space-Resolved Spectroscopy -- Dynamic X-Ray and Neutron Scattering: From Materials Synthesis and In-Situ Studies to Biology at High Pressure -- Dynamics of Mechanochemical Processes -- Measuring and Understanding Ultrafast Phenomena Using X-Rays -- Single-Crystal to Single-Crystal Solid-State Photochemistry -- Femtoseconds to Hours Structural Dynamics Investigations: What do the Different Time Scales tell us in Chemistry? -- Structure and Dynamics of Light-Excited States -- Direct Observation of Various Reaction Pathways in Crystalline State Photoreactions -- Time Resolved XAS Spectroscopy Probing Dynamic Species in Homogeneous Catalysis -- Towards faster Methods Providing more Information -- Dynamical Aspects of Biomacromolecular Multi-Resolution Modelling Using the Ultra Scan Solution Modeler (US-SOMO) Suite -- Linking Diffraction, XAFS and Spectroscopic Studies on Short Lived Species -- Structure Analyses of Unstable Reaction Intermediates Using the Technique of Acid-Base Complex or Polymorphic Crystal Formation -- Molecular Mechanisms of Light-Harvesting and Photo-Protection by Carotenoids Explaining Configurational Selections by Antenna and Reaction Centre Complexes -- Time-Resolved Macromolecular Crystallo.
