MS list - Methods
|
Number |
Title |
Proposed by |
Supported by |
1 | Advanced neutron sources in biological and materials sciences | CNS | |
2 | Advanced methods for analysis of XAFS and crystallographic data | CXAFS | CommDat |
3 | Catalysis: functionalized materials studied by XRD and XAFS | CXAFS | |
4 | XAS and crystallography allied for geomaterials and environmental problems | CXAFS | CIMS CPD |
5 | CryoEM for macromolecules - from single particles to microcrystals | CEC | CBM CSynr |
6 | Solution of pharmaceutical and organic crystals by electron diffraction | CEC | |
7 | Combination of X-ray and electrons for structure characterization | CEC | CPD CSynr |
8 | Diffuse scattering at the electron diffraction data | CEC | CAC CommDat |
9 | In-situ and time resolved electron crystallography | CEC | |
10 | Recent advances in electron crystallography techniques | CEC | |
11 | Disordered materials: spectroscopic and scattering techniques | CXAFS | CEC CNS CPD |
12 | Methods and software developments for magnetic-structure analysis | CMS | CAC CCC CNS |
13 | Magnetic structures at extreme conditions and in extreme samples | CMS | CHP CIMS CNS |
14 | Application of electron crystallography to functional materials | CEC | CCGCM CIMS |
15 | New applications of coherent scattering | CSynr | CBM CMS |
16 | Validation of CryoEM structures and maps | CBM | CEC CommDat |
17 | Beyond pure point diffraction: Theory and application of diffuse scattering | CMTC | CAC CQC |
18 | New methods and strategies in NMR crystallography | CNMR | |
19 | Global cultural heritage challenges and crystallography: Where do we stand? | CCACH | |
20 | Ptychography: present and near future | CSynr | CEC |
21 | Time-dependent phenomena in the fs to ns regime (studied using ultrashort x-ray pulses) | CSynr | CBM CSC |
22 | Matter at extreme conditions at SR and XFEL: complementarity of spectroscopy and diffraction | CSynr | CQC CHP CPD CXAFS |
23 | In-situ and operando studies of battery materials | CPD | CNS |
24 | X-ray spectrometry and X-ray diffraction in Art and Archaeology | CCACH | CXAFS |
25 | Spectroscopy applied to electrochemistry: operando studies | CXAFS | CNMR |
26 | Diffraction imaging, grain mapping in materials and art | CPD | |
27 | Phase transitions in complex materials (structure and magnetism) | CPD | |
28 | Total scattering | CPD | CNS |
29 | Structure solution and poorly crystalline materials | CPD | |
30 | Characterization and consequences of non-hydrostatic stress on crystals | CHP | CCM |
31 | Solution scattering and combined techniques for biological systems, including component dynamics | CSAS | CBM CQC |
32 | Combining X-ray diffraction and spectroscopy to characterise materials | CPD | CPD |
33 | Crystallography using large volume presses and diamond anvil cells | CHP | |
34 | Crystallization mechanisms of small molecule organic materials | CSC | |
35 | Ab initio powder structure analysis - polymorphism, phase transformation, pharmaceutical applications, etc | CSC | CEC |
36 | Time-resolved phase evolution, interaction & crystallization in soft matter: integrative approaches | CSAS | CQC |
37 | Integrative methodologies for novel thin film structures | CSAS | CCM CPD CSC |
38 | Small- and Wide-Angle Scattering for industrial materials far from equilibrium | CSAS | |
39 | 4th generation SR and XFEL facilities | CSynr | CBM CXAFS |
40 | Quantum crystallography in materials science | CQC | CAC |
41 | Crystallography and dynamic compression | CHP | |
Special sessions | |||
42 | Advances in data and model validation in biomolecular Small-Angle Scattering: Impacts on data and meta-data recording and data archiving | CSAS | CQC, CommDat |
Poster session only | |||
43 | Combination of powder diffraction with other methods | ||
44 | Advanced method for structure determination and refinement |