State of the art and opportunities in probing photoinduced phase transitions in molecular materials by conventional and picosecond X-ray diffraction

Articles in the same Issue

1. Preface: Photocrystallography
2. Out-of-equilibrium charge density distribution of spin crossover complexes from steady-state photocrystallographic measurements: experimental methodology and results
3. Light-induced phase separation (LIPS) into like-spin phases observed by Laue neutron diffraction on a single crystal of [Fe(ptz)₆](BF₄)₂
4. Neutron photocrystallography: simulation and experiment
5. Static and time-resolved photocrystallographic studies in supramolecular solids
6. State of the art and opportunities in probing photoinduced phase transitions in molecular materials by conventional and picosecond X-ray diffraction
7. Real-time studies of reversible lattice dynamics by femtosecond X-ray diffraction
8. Towards pump-probe resonant X-ray diffraction at femtosecond undulator sources
9. Exploiting EXAFS and XANES for time-resolved molecular structures in liquids
10. Home-based time-resolved photo small angle X-ray diffraction and its applications
11. DFT study of crystalline nitrosyl compounds
12. Theoretical study on the structure of the ground state and photo-induced metastable states of [M(CN)₅NO]²⁻ (M = Ru, Fe), and mechanism of the photo-rearrangement among them
13. DFT study of metastable linkage isomers of six-coordinate ruthenium nitrosyl complexes
14. Excited state isomerization in photochromic ruthenium complexes
15. Applications of photocrystallography: a future perspective