All poster presenters are invited to present their posters in both sessions.
However we encourage all even poster numbers and the young christallographers to present their posters in the Tuesday session and all posters with odd numbers in the Wednesday session
Poster No. | Floor No. | Submitter | Track | Titel |
---|---|---|---|---|
1 | 1 | Jan Wollenhaupt | Bio-crystallography | Crystallographic fragment screening workflow at HZB |
2 | 1 | Julia Lieske | Bio-crystallography | High-pressure macromolecular crystallography |
3 | 1 | Hina Andaleeb | Bio-crystallography | High-resolution crystal structure and biochemical characterization of a GH11 endoxylanase from Nectria haematococca |
4 | 1 | Frank Lennartz | Bio-crystallography | Low dose measurements for spatially resolved anomalous dispersion refinement |
5 | 1 | Martin Schwinzer, Bruno Alves França | Bio-crystallography | Structural characterization of ClpP and PBPs from Staphylococcus epidermidis - central and vital enzymes in bacterial virulence, stress survival and antibiotic resistance |
6 | 1 | Andreas Prester | Bio-crystallography | Structure based identification of Bortezomib and Ixazomib as new lead compounds for the development of novel boron-based ß-lactamase inhibitors |
7 | 1 | Thomas Hauß | Bio-crystallography | XDSAPP3 – the new graphical user interface for the convenient processing of diffraction data using XDS |
8 | 1 | Bernard Lehmann | Disordered Materials, complex crystal structures and aperiodic crystals, diffuse scattering and 3D-PDF | The incommensurate structure of the binary thallides A4Tl13 (A = Rb, Cs).The solution of an old problem. |
9 | 1 | Galina Gurieva | Energy materials: batteries, photovoltaics, etc. | Cu/Zn disorder in Cu2ZnSn(SxSe1-x)4 monograins: the result of “ordering” procedure |
10 | 1 | Dominik Petz | Energy materials: batteries, photovoltaics, etc. | Dynmanics of the Lithium-Distribution in commercial LFP|C lithium-ion batteries under charge/discharge |
11 | 1 | Benedikt Ehrhardt | Energy materials: batteries, photovoltaics, etc. | Evaluation of oxygen delivery from nanoporous perovskite solid solutions with in situ XRD and TG-MS |
12 | 1 | S. Matveev | Spectroscopy | Soft X-ray analysis applied to crystallographic characterization of graphite |
13 | 1 | Yaşar Krysiak | Framework structures: MOFs, COFs, etc | A new type of hydrous layer silicates and zeolites obtained by 3D electron diffraction |
14 | 1 | Volodymyr Bon | Framework structures: MOFs, COFs, etc | Elucidating the structural evolution of a highly porous responsive metal-organic framework (DUT-49(M)) upon guests desorption by time-resolved in-situ powder X-ray diffraction |
15 | 1 | Jianbo Song | Framework structures: MOFs, COFs, etc | Tuning the high-pressure phase behaviour of ultra-compressible zeolitic imidazolate frameworks – From discontinuous to continuous pore closure by linker substitution |
16 | 2 | Katharina Köhler | Inorganic crystal structures | Crystal Structure of a New Ternary Phase in the System Ba-Mg-Zn |
17 | 2 | Constantin Buyer | Inorganic crystal structures | Crystal-structure determination of hydrothermally produced nanocrystalline synthetic bastnaesite-type NdF[CO3] |
18 | 2 | Joachim Breternitz | Inorganic crystal structures | Group-Subgroup Relationships in Wurtzite-related Nitrides |
19 | 2 | Felix Christian Goerigk | Inorganic crystal structures | High-Pressure Hydrothermal Synthesis and Single Crystal X-Ray Structure Determination of K2TmF5 |
20 | 2 | Ekaterina Kochetkova | Inorganic crystal structures | Hydrothermal crystallization in phosphate systems with alkaline and transition metals |
21 | 2 | Pia L. Lange | Inorganic crystal structures | K3Lu7Se12: The first potassium lanthanoid selenide with Cs3Y7Se12-type crystal structure |
22 | 2 | Thomas Schleid | Inorganic crystal structures | Li2Nd3Cl3[TeO3]4: The First Lithium-Containing Lanthanoid Chloride Oxotellurate(IV) |
23 | 2 | Jean-Louis Hoslauer | Inorganic crystal structures | Li2EuGd4O8: A New Lithium Lanthanoid Oxide with Orange-Yellow Luminescence |
24 | 2 | Kevin U. Bareiß | Inorganic crystal structures | Mn(H2O)6[B10Cl10] · 2.5 H2O: Synthesis and Crystal Structure |
25 | 2 | Paul Wimmer | Inorganic crystal structures | Reconsideration of the space group symmetry of multiferroic phases TbMn2O5 and MnWO4 using neutron Renninger scans |
26 | 2 | Falk Lissner | Inorganic crystal structures | Single Crystals of K2NdCl5 and K2SmCl5 |
27 | 2 | Maurice Conrad | Inorganic crystal structures | Single Crystals of Orthorhombic BaTa2O6: Serendipitous Formation and Rational Structure Determination |
28 | 2 | Caroline Röhr | Inorganic crystal structures | Synthesis, crystal and electronic structure of the new binary 𝐴𝐼𝐻𝑔 5 mercurides KHg5 and Rb7Hg36 |
29 | 2 | Patrik Djendjur | Inorganic crystal structures | Synthesis, Crystal Structure and Magnetic Properties of Gd2Se[SiO4] |
30 | 2 | Ralf Jules Christian Locke | Inorganic crystal structures | Unconnected Bromide Layers in the Crystal Structure of DySb2O4Br |
31 | 3 | Jürgen Graf | Extreme/non-ambient conditions | Squeezing the Most Data out of Your High-Pressure Experiment |
32 | 3 | Tobias Rathmann | In situ / in operando studies | In situ XRPD observation of mechanochemical reactions in a ball mill |
33 | 3 | Lorenz Lindenthal | In situ / in operando studies | Structural and Electronic Characterization of Doped Exsolution Perovskites |
34 | 3 | Zhengyu Yan | In situ / in operando studies | Understanding thermal exfoliation of h-BN using in situ X-ray diffraction |
35 | 3 | Christian Ludt | Inorganic functional materials | Controlled tuning of atomic structure in functional materials by acoustic standing waves and electric fields |
36 | 3 | Tina Weigel | Inorganic functional materials | Structure of ferroelectric low temperature phase of yttrium manganate YMn2O5 revisited |
37 | 3 | Tobias Köhler | Micro and nano-crystalline materials | Antiphase boundaries in small iron oxide nanoparticles |
38 | 3 | Dmitry Dzhigaev | Micro and nano-crystalline materials | Three-dimensional coherent X-ray imaging of ferroelastic domains in CsPbBr3 perovskite nanoparticles |
39 | 3 | Alexander Nazarenko | Organic and metal-organic crystal structures | Application of QC Techniques to several elementorganic compounds: some reminiscences of a user |
40 | 3 | Thomas Pickl | Organic and metal-organic crystal structures | Expanding the Scope of Macrocyclic Poly-NHC Ligands: Bimetallic Palladium(II) and Platinum(II) Complexes |
41 | 3 | Franziska Busse | Organic and metal-organic crystal structures | Experimental charge density studies on solids containing halogen bonds to pentafluoroiodobenzene |
42 | 3 | Alexandra Heidecker | Organic and metal-organic crystal structures | Exploring the Self-Assembly of Anisotropic Pillarplex Cations |
43 | 3 | Michael Patzer | Organic and metal-organic crystal structures | In situ crystallization of l-menthone |
44 | 4 | Krishnayan Basuroy | Young crystallographers: Lightning talks | A Crystallographic and Spectroscopic Investigation of Photo-Induced Electron Transfer in Pyrene-(CH2)2-N,N’-Dimethylaniline: Time-Resolved Studies in Solutions and Polymorphic Crystals. |
45 | 4 | Steven van Terwingen | Young crystallographers: Lightning talks | A One-Dimensional Heterobimetallic Fe(III)/Hg(II) Coordination Polymer Linked by a Ditopic Pyrazole Substituted Acetylacetone |
46 | 4 | Marius Kremer | Young crystallographers: Lightning talks | Coordination Polymers featuring Dibenzoyltartaric and Ditoluoyltartaric Acid: A different approach to a popular compound. |
47 | 4 | Michael Rütten | Young crystallographers: Lightning talks | Encapsulation of inorganic nanoparticles into novel T. maritima encapsulin variants |
48 | 4 | Laura Folkers | Young crystallographers: Lightning talks | How Occupancy Disorder Impacts Magnetism in Topological Insulators |
49 | 4 | Hans Gildenast | Young crystallographers: Lightning talks | MOFs of a O,P,N heterotritopic Ligand – One reaction, two networks – A topological analysis |