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BibTeX file of [Son16d] [show it without abstract]

@conference{Son16d,
    author={Sang-Kil Son},
    title={Ultrafast ionization and fragmentation dynamics of molecules at high x-ray intensity},
    year={2016},
    month={October 19-21},
    booktitle={Korean Physical Society Fall Meeting},
    organization={Korean Physical Society},
    address={Gwangju, Korea},
    keywords={XMOLECULE; x-ray multiphoton ionization; x-ray explosion dynamics; Xe; CH3I; XFEL; LCLS; CFEL; DESY;},
    note={invited talk},
    url={http://conf.kps.or.kr/Conference/ConferenceView.asp?AC=0&CODE=CC20160601&CpPage=20#CONF},
    abstract={The recent advent of x-ray free-electron lasers (XFELs) enables us to explore new frontiers of science, for example, femtosecond x-ray imaging and warm dense matter. In this talk, I will present a theoretical framework of XFEL–matter interaction, namely x-ray multiphoton absorption. Then I will discuss recent results of ultrafast x-ray-induced explosion of iodomethane (CH3I) molecules. By using a combined analysis of experiment and theory, we investigate detailed ionization and fragmentation dynamics of the molecules when exposed to intense XFEL pulses. It will be demonstrated that ionization of a molecule at high x-ray intensity is considerably enhanced in comparison with the isolated atomic case, due to ultrafast charge rearrangement within a molecule during x-ray multiphoton absorption. Our study provides a fundamental insight to understand how small polyatomic molecules interact with intense XFEL pulses, which is crucial for applications in many areas of XFEL-driven science.
    } }

Sang-Kil Son, Ultrafast ionization and fragmentation dynamics of molecules at high x-ray intensity in Korean Physical Society Fall Meeting (Korean Physical Society, Gwangju, Korea, October 19-21, 2016) [invited talk] [slide][slide: 5Mb][abstract][abstract][link][link]


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