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We will soon get new X-ray sources, that is, X-ray free electron lasers (XFELs) which will be developed in USE, EU, and Japan around 2010. If we can use them well, it will bring useful fruits for the man's future. We predict that these high-intensity short-wavelength X-ray sources provide new physical phenomena and that they give rise to new technologies. In this paper, we show the mechanism of the production of hollow atoms and the behavior of photo-electrons produced by high intensity X-rays irradiating a cluster or a bio-molecule. We have also proposed the X-ray flux by using them.

Journal Articles

Spherically symmetric models for X-ray damage and the movement of electrons produced in non-spherically symmetric targets such as bio-molecules

Moribayashi, Kengo

Journal of Physics B; Atomic, Molecular and Optical Physics, 43(16), p.165602_1 - 165602_7, 2010/08

https://doi.org/10.1088/0953-4075/43/16/165602

Times Cited Count：17 Percentile：62.1(Optics)

Journal Articles

The Measurement of X-ray flux of X-ray Free Electron lasers (XFEL) irradiating bio-molecules

Moribayashi, Kengo

JAEA-Conf 2010-002, p.120 - 123, 2010/06

https://doi.org/10.11484/jaea-conf-2010-002

no abstracts in English

Journal Articles

Simulation and experiments of the laser induced breakdown of air for femtosecond to nanosecond order pulses

Koga, J. K.; Moribayashi, Kengo; Fukuda, Yuji; Bulanov, S. V.; Sagisaka, Akito; Ogura, Koichi; Daido, Hiroyuki; Yamagiwa, Mitsuru; Kimura, Toyoaki*; Fujikawa, Taketoshi*; et al.

Journal of Physics D; Applied Physics, 43(2), p.025204_1 - 025204_15, 2010/01

https://doi.org/10.1088/0022-3727/43/2/025204

Times Cited Count：14 Percentile：52.99(Physics, Applied)

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Effect of recombination between a molecular ion and an electron on radial dose in the irradiation of a heavy ion

Simulation study of radial dose due to the irradiation of a swift heavy ion aiming to advance the treatment planning system for heavy particle cancer therapy; The Effect of emission angles of secondary electrons

Development of the radial dose distribution function relevant to the treatment planning system for heavy particle cancer therapy

Intensity of diffracted X-rays from biomolecules with radiation damage caused by strong X-ray pulses

Radial dose for heavy particle beam

Relaxation of plasmas created from irradiation of a heavy ion

Radial dose calculation due to the irradiation of a heavy ion; Role of composite electric field formed from the polarization of molecules and molecular ions

Demonstrations for the effect of composite electric fields of molecular ions on the motion of secondary electrons due to ion irradiation

Movement of secondary electrons due to the irradiation of heavy ions; Role of the composite electric field formed from the polarization of molecules and molecular ions

DNA damage due to the irradiation of heavy particles; Research for the contribution of plasma oscillations produced from the irradiation of heavy particles

Lounge "Walls between different study fields; The Difference of terminologies"

Incorporation of the effect of the composite electric fields of molecular ions as a simulation tool for biological damage due to heavy ion irradiation, 2

The Role of atomic and molecular physics on the analysis of three dimensional structures of bio-molecules

The Interaction of high brightness X-rays with clusters or bio-molecules

Monte Carlo code for the damage of bio-molecules irradiated by X-ray free electron lasers; Incorporation of election impact ionization processes

Incorporation of the effect of the composite electric fields of molecular ions as a simulation tool for biological damage due to heavy-ion irradiation

Photoelectron spectra produced from the irradiation of X-ray free-electron laser light pulses onto non-spherically symmetric targets

Spherically symmetric models for X-ray damage and the movement of electrons produced in non-spherically symmetric targets such as bio-molecules

The Measurement of X-ray flux of X-ray Free Electron lasers (XFEL) irradiating bio-molecules

Simulation and experiments of the laser induced breakdown of air for femtosecond to nanosecond order pulses