990 Works

In-situ 3DXRD/DCT and Topotomography methods for the martensite M18R phase characterization

, Denis BOUSCAUD, Sophie BERVEILLER, Elliott AFUERA, Eleanor LAWRENCE BRIGHT & Wolfgang LUDWIG
The two mains points of this proposal are in one hand to focus on coupling in-situ 3DXRD/DCT and Topotomography methods to index the martensite M18R phase and to link the behavior of the grains to the microstructural environment of the SMA (size and shape of the grains, shape of the grain boundary, neighborhood...) and in other hands to test the new algorithms for DCT grain reconstruction to improve the grain morphology and reveal orientation and...

study the clay-cellulose composite by scanning diffraction

& Manfred BURGHAMMER
try to understand the possible skin-core structure of clay-cellulose composite by using nano scanning diffraction.

Utilizing Bragg Coherent X-ray Diffraction Imaging to Understand the Role of Anisotropy on the Self-Organization of Gas Bubble Superlattices

, , Ian ROBINSON, , Ana SUZANA & Steven LEAKE
This proposal aims to utilize Bragg coherent diffraction imaging (BCDI) at the ID01 beamline to understand the mechanism for self-organization of gas bubbles into superlattices in selected metals. 3D coherent x-ray diffraction patterns will be used to image Gas Bubble Superlattice (GBS) structures and gain quantitative information on the noble gas bubbles in GBS, such as a change in lattice parameter and strain induced in a variety of metals with a combination of isotropic and...

High entropy rock-salt oxides: homogeity, thermal behavior and synthesis

Mauro CODURI, Martina FRACCHIA, Francesco MESSINA & Catherine DEJOIE
Investigation of the compositional existence field of (Cu-Zn-Mg-Co-Ni) high entropy oxides (HEO) by high resolution diffraction: line profile and lower symmetry distortion Temperature stability: distortion evolution and phase segregation. In situ solid state synthesis and kinetics.

Relation between the catalytic efficiency, morphology and chemical state of Cu catalyst in high-rate CO2 conversion devices for low-carbon e

Jakub DRNEC, , Asger MOSS, Carlos Andres GIRON RODRIGUEZ & Marta MIROLO
Large-scale utilization of electrochemical CO 2 conversion to value-added chemicals and artificial fuels requires high reaction rates (i.e. high current densities). This can be achieved using Cu catalyst in GDE (Gas Diffusion Electrode) flow electrolyzers, overcoming the mass transport limitations. While Cu catalyst behaviour in traditional cells is well described, it is not clear how this knowledge translates into the advanced GDEs configuration as this arrangement was proposed only very recently. In this proposal, we...

USAXS and XPCS analysis of local compression and swelling dynamics in membrane fouling gels of porous nanoparticles (casein micelles)

Maksym LOGINOV, Genevieve GESAN-GUIZIOU, Frederic PIGNON, Hugues BODIGUEL, Emilie GUILBERT & Thomas ZINN
This work is aimed at description of dynamics of compression and swelling of casein micelle gels obtained on a filtration membrane surface during a transmembrane pressure variation. It is foreseen 1) to measure compression and swelling kinetics (local concentration distribution) with the help of high space- and time-resolved SAXS in order to demonstrate and analyze, for the first time, the time dependency of fouling layer properties (local compression-permeability); 2) to study compression and fouling dynamics...

XEOL of gases

Blanka DETLEFS, Hugo Alexander SUAREZ ORDUZ, Pieter GLATZEL, Sami Juhani VASALA, Timothy BOHDAN &
We investigate x-ray excited optical luminescence (XEOL) of various gases that are of importance in catalytic studies, such as CH4, CO and CO2. Combining XEOL with XAS and XES experiments can result in a powerful new way to follow catalyst performance in-situ.

Effect of synthesis conditions, polymeric stabilizers and heat on graphene nanoplatelet dimensions and colloidal interactions

Laura VAN HAZENDONK, Lisette WIJKHUIJS, Mark VIS, Marloes VAN DER HORST & Remco TUINIER
Graphene has the potential to revolutionize the field of printed electronics thanks to its high conductivity, flexibility, chemical stability and natural abundance. We have previously developed conductive screen printing inks through the gelation of graphene-polymer dispersions. The gelation mechanism of these inks and the role of polymeric stabilizers therein is still poorly understood. Using small-angle X-ray scattering (SAXS), we aim at mapping the effects of synthesis parameters on the dimensions of graphene nanoplatelets (GNPs) at...

scans of styrene-butadiene rubber

Ilya YAKOVLEV, , Manfred BURGHAMMER & Michael SZTUCKI
investigation of cavities in styrene-butadiene rubber after fatigue

FRANKFURT/HOMBURG BAG: ATOMIC MECHANISMS OF ACTION OF MEMBRANE PROTEINS

, Jesko KOEHNKE, Denys POGORYELOV, Deep CHATTERJEE, Laura FRANZ, Jan Sebastian KRAMER, Katja URBANSKY, Yvonne CARIUS, Julia MADER, Sabine HEIT, , Masato AKUTSU, Anna BETZ, , , Sebastian ADAM, , Ganna KRASNOSELSKA & Vanessa DACLEU SIEWE

Macromolecular Crystallography in Lyon/Toulouse/Bordeaux IBCP-MMSB / IPBS / IECB IBGC CBMN

Sebastien VIOLOT, Lionel MOUREY, Laurent TERRADOT-PIOT, Stephanie RAVAUD, Patrice GOUET, Brice KAUFFMANN, Valerie GUILLET, Coralie CARIVENC, Mathieu LONG, , Christophe GUILLON, Laurane BERNELIN, Virginie GUEGUEN-CHAIGNON & Laurent MAVEYRAUD

Evolution of the microstructure of a single Au grain in a ultra-fine grained thin film studied by in situ tensile testing and Bragg coherent

Maxime DUPRAZ, Guillaume BEUTIER, Marc VERDIER, Alvaro PALOMINO & Karl SOFINOWSKI

TEST

Stéphanie MONACO, Gordon LEONARD, , , Katarzyna BANASZAK, , Gitte MERILAINEN, , Johan TURKENBURG, Kristian KOSKI, Tatu HAATAJA, , Markus ALAHUHTA, Pedro MATIAS, Grzegorz BUJACZ, , Daniele DE SANCTIS, , Laurent TERRADOT-PIOT, Mats OKVIST, , Renate GESSMANN, , Matias GUIJARRO, Paul TUCKER … & Olof SVENSSON

Heidelberg BAG (HeidelBAG)

Klemens WILD, Georgy SMYSHLYAEV, Keven JUAIRE, Kevin HAUBRICH, Michelle HAAS, Nikolay DOBREV, Dominik LAYER & Jakub MACOSEK

Russian BAG for Xtallography and BioSAXS

Valentin BORSHCHEVSKIY, Azat GABDULKHAKOV, Alexander KUKLIN, , Tatsiana VARAKSA, Fedor TSYBROV, Anastasiia GUSACH, Dmitrii ZABELSKII, Kirill KOVALEV, Yury RYZHYKAU, , Roman ASTASHKIN, Konstantin BOYKO, Andrei GILEP, Egor MARIN, , Anastasiia STEPKO, Ivan MASLOV, Sergey BUKHDRUKER, Artem BONCHUK, Oleksandr IVANKOV, Vera NAZARENKO, Alexey VLASOV, Alexey ALEKSEEV, Evgenii OSIPOV … & Aleksandra LUGININA

BAG for the Structural Biology Groups in Madrid

Beatriz GONZALEZ-PEREZ, Lourdes INFANTES, Antonio ROMERO, Mark Johan VAN RAAIJ, Maria Angela OLIVA-BLANCO, Santiago RAMON-MAIQUES, Rafael MOLINA & Francisco Javier MEDRANO

Finnish National Protein Crystallography Consortium (FinnProCC)

Tommi KAJANDER, Anton ZAVIALOV, , Mikko METSA-KETELA, Ulla PENTIKAINEN, Mahesh Kumar TELI, Kornelia MIKULA, Kristian KOSKI, Tatu HAATAJA, Leena PENTTINEN, , Johan PAAKKONEN, Sven SOWA, , Tarja PARKKINEN, Hannes BEYER, Tuomas SIPILA, Rahul NANEKAR, , Chandan THAPA, Deborah HARRUS, &

THE ISRAELI BAG

Oded LIVNAH, Ron DISKIN, Deborah FASS, Moshe DESSAU, , Yael DOMOVICH, Nathan NELSON, Reuven WIENER, , Adi DAYAN FRENKEL, Juana BANA, , Michael SPORNY, Shira COHEN, Fadi GABARA, , Stefan ILIC, Sigal Yoli NETZER-EL, Barak AKABAYOV, Dvir HARRIS, Gabriel JAVITT, Einav TAYEB-FLIGELMAN, , Tami KHAZMA, Hadas COHEN-DVASHI … &

Danish Biochemistry and Structural Biology BAG

Leila LO LEGGIO, Simon BOJE HANSEN, Dilip NARAYANAN, Tobias TANDRUP, Louise Fletcher NIKOLAJSEN, Janina SPRENGER, Kira GYSEL & Folmer FREDSLUND

THE ISRAELI BAG

Oded LIVNAH, Yael DOMOVICH, Nathan NELSON, Reuven WIENER, Ron DISKIN, Deborah FASS, Moshe DESSAU, , Tami KHAZMA, Hadas COHEN-DVASHI, Maayan SUISSA, Nimrod GOLAN, Daniel KLAIMAN, Orly AVRAHAM, , Alexander ROUVINSKI, Shalev GIHAZ, , , Adi DAYAN FRENKEL, Juana BANA, , Guy LEBEL, Michael SPORNY, Shira COHEN … & Einav TAYEB-FLIGELMAN

Heidelberg BAG (HeidelBAG)

Klemens WILD, Georgy SMYSHLYAEV, Kevin HAUBRICH, Michelle HAAS, Nikolay DOBREV, Dominik LAYER, Jan Philipp KREYSING & Jakub MACOSEK

Cryoelectron microscopy studies on a disassembly intermediate of a non-enveloped nodavirus

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Molecular machines in energy transduction, cellular signaling and defense processes

Lutz SCHMITT, Sander SMITS, Dirk LINDENBLATT, Isabelle Noemi ERENBURG, Stefanie KOBUS, Martin VOSS & Jens REINERS

Macromolecular Crystallography in Lyon/Toulouse/Bordeaux IBCP-MMSB / IPBS / IECB IBGC CBMN

Sebastien VIOLOT, Lionel MOUREY, Laurent TERRADOT-PIOT, Stephanie RAVAUD, Patrice GOUET, Brice KAUFFMANN, Valerie GUILLET, Lionel BALLUT, Coralie CARIVENC, Mathieu LONG, Lea CONCHOU, Sylvain VALLET, , Benjamin BOURGEY, Christophe GUILLON, Virginie GUEGUEN-CHAIGNON, Laurane BERNELIN, Laurent MAVEYRAUD & Margot NIORE

Austrian Crystallographic Diffraction Consortium (AC-DC)

Gang DONG, Andreas WINKLER, Sven DAHMS, Andreas NASCHBERGER, Yulia PIVOVAROVA, Renato ARNESE, , Elfriede DALL, Emma STEPINAC, Joscha BREIBECK, Paul MAJNERI, Bence HAJDUSITS, Bernhard RUPP, Stefan ETZL, , Antonia VOGEL, Tea PAVKOV-KELLER, Ioannis KAMPATSIKAS, Alexej CHARNAGALOV, Lukas KRIVOSUDSKY, Anton MEINHART & Geoffrey GOURINCHAS

Registration Year

  • 2021
    373
  • 2020
    17
  • 2019
    74
  • 2018
    525

Resource Types

  • Dataset
    990