Click here to download Microsymposia Themes and Topics. Microsymposia Themes and Topics. Search, phase transformations and new polymorph identification 25 August MS Quantitative electron diffraction 25 August MS XAS at extreme conditions 25 August MS Grain mapping and spatially-resolved diffraction — reaching the ppm scale.

MS Crystallography courses around the world 23 August MS Structural databases as teaching tools — Part A macromolecules 24 August MS Structural data bases as teaching tools — Part B organics, minerals 24 August MS Scientific value of raw data 24 August MS Crystallographic patterns in art and cultural heritage 25 August MS Emerging science in the emerging world 26 August MS How does crystallography help you in your career? Crystallographic approach for designing new metal organic frameworks.

Direct observation of reactions and labile species within porous frameworks. Crystal engineering solutions to improve pharmaceutical tableting. Structural chemistry in 2-D: Crystal growth, surface structure and morphology. Halogen bonding at the interface between small molecules and macromolecules. Microstructure, defects, stress and strain determination and modelling with powder diffraction data.

In-situ and in-operando characterization of catalytic and functional materials. Powder diffraction and polymorphism.

Search, phase transformations and new polymorph identification. Grain mapping and spatially-resolved diffraction — reaching the ppm scale. Coherence, spectroscopy and time resolved crystallography with new sources. Dynamic phenomena and material functionality from inelastic x-ray scattering. Methods for characterizing commensurate and incommensurate magnetic structures.


Models for refining the electron density from elastic scattering. Structural data bases as teaching tools — Part B organics, minerals. Crystallographic data and structure validation from data collection to publication — IUCr setting standards. Crystallography and cultural heritage: From microsampling tonon-invasive techniques.EvansE.


Macromolecular Microsymposia—XII and XIII

Fromm, Y. Fu, A. Yokom, D. Kim, A. Thelen, L. Young, J. Hurley, R. Roney 1,2T. Farfel-Becker 1X. Cheng 1F. Platt 2Z. Anand 1L.


Kenner 2J. Tsai 1L. Miller-Vedam 2H. Nguyen 2P. Jaishankar 2A. Myasnikov 2C. Klose 1L.

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McGeever 1A. Frost 2P. Malide 1N. Sun 2,1T. BessonA. SalleeJ. SahaO. FrankM. JewettR. EskinaziJ. Magescas, J. ManikasL.The Lunar and Planetary Institute, in coordination with NASA, has made the very important and wise decision, in the face of significant public health and safety concerns about the Coronavirus, to cancel the 51st Lunar and Planetary Science conference. This will include all peripheral meetings associated with the LPSC meeting. Sadly this will include the 61st Microsymposium Planets Underground.

Vlada and I are very disappointed that we will not be able to connect with you on the exciting topic of Planets Underground, but we understand and support the LPI and NASA in their decision. The agenda for the Microsymposium was extremely rich and Vlada and I thank each and every one of the speakers and contributors who volunteered their time and thoughts to helping us craft such a great intersection of important and leading edge science with fantastic engineering concepts and designs.

We also know many people adjusted their professional and personal schedules to plan their attendance as participants and as observers and we understand the extra efforts that took. We will not be rescheduling the 61st Microsymposium Planets Underground. Keep the spirits up and look for future opportunities coming your way. The third dimension of planetary bodies remains largely unexplored.

Pioneering and revealing geophysical measurements have shown some aspects of the interiors of planetary objects.

While the cold, dry surface of Mars with its harsh radiation environments is widely considered to be uninhabitable, the subsurface has been hypothesized to be the longest-lived habitable environment, protected from the harsh surface conditions and a place where water could be stable. Similarly, for Europa the surface temperature and radiation conditions would not support life, yet the promise of subsurface habitability is huge.

On the Earth, we are learning more and more of the vast world of Life Underground from the diverse yet largely unexplored biology to the prospects of billion-year old groundwater. And we will be needing subsurface exploration to determine the availability of useful resources on the Moon and on Mars for human exploration.

The 61st Microsymposium will frame and address several of these questions as we consider exploration strategies for this new frontier in the coming decades. What are the major outstanding scientific questions for subsurface exploration for geology, 3-D architecture and composition of crusts, biology and ISRU? What are the enabling technologies and mission concepts? What is the role of international and commercial collaboration?

Can we answer some of the critical questions with small affordable spacecraft? The workshop will be focused on 1 keynote presentations for identifying fundamental questions in these broad areas of investigation, followed by 2 reports and discussions on current and future plans for accessing and characterizing the subsurface — on the Moon, Mars, and beyond.

Invitations are extended to, and participation is expected from, representatives from Russia, China, ESA, India, Japan, the United States, Korea, and other space-faring nations and commercial enterprises.

The program will be a mix of invited and contributed papers and will convene on Saturday, March 14, from AM to PM. The Microsymposium will emphasize an open discussion format and will be anchored by invited overviews, commentaries and posters. If you are interested in participating in Micro 61, please save these dates and be alert for our next announcements.Andrzej M. Marta E. Giuseppe Cruciani University of Ferrara, Italy. Anna Schenk University of Bayreuth, Germany.

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Jacob Overgaard Aarhus University, Denmark. Tatiana Gorelik University of Ulm, Germany. Radovan Cerny University of Geneva, Switzerland. Bernd Souvignier Radboud University, Netherlands.


Mino R. Ullrich Pietsch University of Siegen, Germany. Terese Bergfors Uppsala University, Sweden. Martin Lutz Utrecht University, Netherlands. Sine Larsen University of Copenhagen, Denmark. Chiara Massera University of ParmaItaly.

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Toggle navigation. This MS covers preparation, manipulation, special technologies for dealing with nanocrystals, data collection techniques, time resolved studies, serial nanocrystallography as well as use of nanocrystals for electron diffraction. An educational impact is expected. Contributions in this MS are expected to cover combinations of such methods or applications of newly established approaches that can be combined with crystallographic approaches. Pavlina Rezacova Institute of Organic Chemistry and Biochemistry, Czech Academy od Sciences, Czech Republic Crystallisation of biological molecules remains a bottleneck in the structure determination process using crystallography.

Sample characterisation through biophysical methods can help to streamline the crystallisation process. Also new developments in bio-crystallisation methods and combinations of biophysical sample characterisation with crystallisation protocols are covered.

Andreas Heine Philipps University Marburg, Germany Development of new lead-compounds for future medicines is an important field in which structural information on the target proteins is used.

New developments in this field will be presented.This book discusses the structures in polymer solutions and the transformations of functional groups in polymers. Organized into two parts encompassing 15 chapters, this book begins with an overview of the method for the determination of the structure of block copolymers in concentrated solution and in the dry state.

This text then examines the liquid crystalline mesophases of the cholesteric type where one requirement is the existence of chiral single molecules. Other chapters consider phospholipids and glycolipids, which are significant component of the structure of many cell membranes. This book discusses as well the organized structures of some synthetic macromolecules in gels and solutions. The final chapter deals with the technique for studying the effect of the excluded volume on the probability of cyclic chain conformations.

This book is a valuable resource for chemists. We are always looking for ways to improve customer experience on Elsevier. We would like to ask you for a moment of your time to fill in a short questionnaire, at the end of your visit. If you decide to participate, a new browser tab will open so you can complete the survey after you have completed your visit to this website. Thanks in advance for your time.


Skip to content. Search for books, journals or webpages All Pages Books Journals. However, due to transit disruptions in some geographies, deliveries may be delayed. View on ScienceDirect. Editor: B. Imprint: Butterworth-Heinemann. Published Date: 1st January Page Count: Flexible - Read on multiple operating systems and devices. Easily read eBooks on smart phones, computers, or any eBook readers, including Kindle. Institutional Subscription.

Free Shipping Free global shipping No minimum order. Powered by.Total scattering and associated pair distribution function PDF analysis constitute a powerful methodology for local structure studies.

The strength of the approach stems from its utilization, on an equal basis, of both the Bragg and diffuse scattering signals to create a model-free histogram of interatomic distances.

The PDF has no presumption of periodicity, making it ideal for studying structure of any class of material, and on a hierarchy of length-scales. This symposium will emphasize in particular novel and emerging approaches in total scattering data acquisition and analysis that expand the horizons of applicability of this potent method to such areas as studies of thin films, textured materials, local magnetism, and works under in-situ and operando conditions and in complex sample environments.

The crystal structure of pharmaceuticals and biological macromolecular compounds by unveiling the details of their intra- and inter-molecular interactions and their physicochemical properties eventually offers the key for understanding their mechanism of action. X-ray powder diffraction XRPDtraditionally confined to crystal structure identification only due to the intrinsic higher complexity of powder data analysis and interpretation has proved how a powerful tool it can instead be for ab-initio structure solution,identification of macromolecular phase transitions, quantitative analysis in drug substances and products.

This MS covers XRPD applications and recent improvements related to the study of complex organic compounds from drug screening to structure-based drug design. This session merges recent studies in the field of drug formulation and delivery processes, as well as polymorph identification and the effect of ligands and environmental conditions upon crystal characteristics. Powder diffraction plays an important role in the studies of materials for energy storage and conversion thanks to its capacity to perform in-situ and operando type of measurement.

Understanding structural behavior including phase transitions, reactions and decomposition of the materials exposed to the working conditions helps designing new materials with desired properties. The invited and selected talks will cover materials for batteries, catalysis, gas capture, photovoltaics, thermoelectricity etc. Since its discovery and development during the last century the diffraction line profile analysis LPA acts as one of most utilized method for determination of real structure of polycrystalline materials.

LPA allows separating and determining the size and strain contributions of the diffraction peak broadening, to estimate the types and frequencies of lattice defects. Many method exist, starting from Scherrer, through Williamson-Hall and Warren-Averbach methods till whole powder pattern modelling or fitting procedures.

LPA methods were in past successfully adopted for real structure parameters determination in whole variety of materials starting from bulk materials, metals, severely deformed materials, ultrafine-grained materials, coatings, metallic foams and powders to recently widely studied nanomaterials. This MS will be focused on the news and progress in the LPA methodology, correlation of the LPA results with other complementary methods and to the real structure of materials determination using the line profile analysis.

The physical properties of thin film materials are strongly influenced by microstructural features including lattice strain, texture, defect density and interfacial structure. This MS will cover recent efforts in materials structure-property engineering and cutting-edge characterization methodologies. In recent years, the number of new crystal structures that have been solved and refined from powder diffraction data, and subsequently deposited in structural databases, has been steadily increasing.

The application of these advances to particularly challenging crystal structures will be a key element. Nanomaterials form a distinct class compared to their massive counterparts, not only for the peculiar properties deriving from quantum and surface effects, but for the structural and microstructural aspects, which require specific analytical tools and procedures.

This is particularly evident for the diffraction techniques discussed in this microsymposium, dedicated to XRD investigation methodologies with examples of applications.

Bob Cernik. Michela Brunelli. Technical advances in instrumentation, such as intense X-ray beams, high efficiency and energy sensitive detectors, with combined ancillary probes, have made powder diffraction a unique tool for spatially and time resolved physico-chemical investigations on complex systems of interest in materials chemistry and environmental science. In addition, these methods allow us to create full 3D reconstructed images from crystallographic phase or spectroscopic information.

This is because powder diffraction can couple flexible sample environments with complementary techniques i. Example would include the study of catalysis; battery and fuel cells, cement and cementitious materials and engineered stains in fabricated components all on the relevant time scale to the underlying processes. This micro-symposium will emphasize novel and emerging developments in these fields for structure analysis and imaging.

Next generation x-ray and neutron sources are rapidly changing powder diffraction.

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Increased flux, reduced source sizes and improved detectors have driven significant progress in spatially resolved, in-situ and parametric studies. This MS will highlight scientific discoveries using powder methods, and place them in the context of the new European facilities coming on stream in and beyond.Don't let gambling become a problem in your life.

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Microsymposia Themes and Topics

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