Suchergebnisse - "Kumagai, Yoshiaki"

PubPharm (14)

1

Micro-focused MHz pink beam for time-resolved X-ray emission spectroscopy

enthalten in: Journal of synchrotron radiation | 2019

von Tu, M. | Doumy, G. | Al Haddad, A. | +10

2

Elucidation of the photoaquation reaction mechanism in ferrous hexacyanide using synchrotron x-rays with sub-pulse-duration sensitivity

enthalten in: The Journal of chemical physics | 2019

von March, A. | Doumy, G. | Andersen, A. | +13

3

Ultrafast Structural Dynamics of Nanoparticles in Intense Laser Fields

enthalten in: Physical review letters | 2019

von Nishiyama, T. | Kumagai, Y. | Niozu, A. | +31

4

Real-time observation of X-ray-induced intramolecular and interatomic electronic decay in CH2I2

enthalten in: Nature communications | 2019

von Fukuzawa, H. | Takanashi, T. | Kukk, E. | +48

5

Micro‐focused MHz pink beam for time‐resolved X‐ray emission spectroscopy

enthalten in: Journal of Synchrotron Radiation | 2019

von Tu, M. | Doumy, G. | Al Haddad, A. | +10

6

Formation of hot hydrogen atoms from superexcited states of acetylene

enthalten in: The Journal of chemical physics | 2018

von Kumagai, Y. | Odagiri, T. | Nakano, M. | +4

7

Radiation-Induced Chemical Dynamics in Ar Clusters Exposed to Strong X-Ray Pulses

enthalten in: Physical review letters | 2018

von Kumagai, Y. | Jurek, Z. | Xu, W. | +23

8

Following the birth of a nanoplasma produced by an ultrashort hard-x-ray laser in xenon clusters

enthalten in: Physical review / X | 2 August 2018

von Kumagai, Y. | Golubev, N. | Gokhberg, K. | +2

9

Ultrafast Coulomb explosion of a diiodomethane molecule induced by an X-ray free-electron laser pulse

enthalten in: Physical chemistry chemical physics : PCCP | 2017

von Takanashi, T. | Nakamura, K. | Kukk, E. | +33

10

Ultrafast Coulomb explosion of a diiodomethane molecule induced by an X-ray free-electron laser pulseElectronic supplementary information (ESI) available: (1) Electric field effects of the XFEL pulse on electronic and nuclear dynamics, (2) on the accuracy of the SCC-DFTB method, (3) optimal value of the charge build-up time τ, (4) total amount of injected kinetic energy in the SCC-DFTB approach, (5) role of the addition of repulsive kinetic energy. See DOI: 10.1039/c7cp01669g

enthalten in: Physical chemistry, chemical physics | 2017

von Takanashi, T. | Nakamura, K. | Kukk, E. | +33