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Your search keyword '"Matsuoka, T."' showing total 24 results
Start Over Author "Matsuoka, T." Journal physical review letters
24 results on '"Matsuoka, T."'

1. Erratum: Using Diffuse Scattering to Observe X-Ray-Driven Nonthermal Melting [Phys. Rev. Lett. 126 , 015703 (2021)]

Author

Hartley, N. J., primary, Grenzer, J., additional, Huang, L., additional, Inubushi, Y., additional, Kamimura, N., additional, Katagiri, K., additional, Kodama, R., additional, Kon, A., additional, Lu, W., additional, Makita, M., additional, Matsuoka, T., additional, Nakajima, S., additional, Ozaki, N., additional, Pikuz, T., additional, Rode, A., additional, Sagae, D., additional, Schuster, A. K., additional, Tono, K., additional, Voigt, K., additional, Vorberger, J., additional, Yabuuchi, T., additional, McBride, E. E., additional, and Kraus, D., additional

Published
2022
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3. Using Diffuse Scattering to Observe X-Ray-Driven Nonthermal Melting

Author

Hartley, N. J., primary, Grenzer, J., additional, Huang, L., additional, Inubushi, Y., additional, Kamimura, N., additional, Katagiri, K., additional, Kodama, R., additional, Kon, A., additional, Lu, W., additional, Makita, M., additional, Matsuoka, T., additional, Nakajima, S., additional, Ozaki, N., additional, Pikuz, T., additional, Rode, A. V., additional, Sagae, D., additional, Schuster, A. K., additional, Tono, K., additional, Voigt, K., additional, Vorberger, J., additional, Yabuuchi, T., additional, McBride, E. E., additional, and Kraus, D., additional

Published
2021
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5. Finite Spot Effects on Radiation Pressure Acceleration from Intense High-Contrast Laser Interactions with Thin Targets

Author

Dollar, F., primary, Zulick, C., additional, Thomas, A. G. R., additional, Chvykov, V., additional, Davis, J., additional, Kalinchenko, G., additional, Matsuoka, T., additional, McGuffey, C., additional, Petrov, G. M., additional, Willingale, L., additional, Yanovsky, V., additional, Maksimchuk, A., additional, and Krushelnick, K., additional

Published
2012
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6. Control of Energy Spread and Dark Current in Proton and Ion Beams Generated in High-Contrast Laser Solid Interactions

Author

Dollar, F., primary, Matsuoka, T., additional, Petrov, G. M., additional, Thomas, A. G. R., additional, Bulanov, S. S., additional, Chvykov, V., additional, Davis, J., additional, Kalinchenko, G., additional, McGuffey, C., additional, Willingale, L., additional, Yanovsky, V., additional, Maksimchuk, A., additional, and Krushelnick, K., additional

Published
2011
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7. Current Filamentation Instability in Laser Wakefield Accelerators

Author

Huntington, C. M., primary, Thomas, A. G. R., additional, McGuffey, C., additional, Matsuoka, T., additional, Chvykov, V., additional, Kalintchenko, G., additional, Kneip, S., additional, Najmudin, Z., additional, Palmer, C., additional, Yanovsky, V., additional, Maksimchuk, A., additional, Drake, R. P., additional, Katsouleas, T., additional, and Krushelnick, K., additional

Published
2011
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8. Stimulated Raman Side Scattering in Laser Wakefield Acceleration

Author

Matsuoka, T., primary, McGuffey, C., additional, Cummings, P. G., additional, Horovitz, Y., additional, Dollar, F., additional, Chvykov, V., additional, Kalintchenko, G., additional, Rousseau, P., additional, Yanovsky, V., additional, Bulanov, S. S., additional, Thomas, A. G. R., additional, Maksimchuk, A., additional, and Krushelnick, K., additional

Published
2010
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9. Formation of Optical Bullets in Laser-Driven Plasma Bubble Accelerators

Author

Dong, Peng, primary, Reed, S. A., additional, Yi, S. A., additional, Kalmykov, S., additional, Shvets, G., additional, Downer, M. C., additional, Matlis, N. H., additional, Leemans, W. P., additional, McGuffey, C., additional, Bulanov, S. S., additional, Chvykov, V., additional, Kalintchenko, G., additional, Krushelnick, K., additional, Maksimchuk, A., additional, Matsuoka, T., additional, Thomas, A. G. R., additional, and Yanovsky, V., additional

Published
2010
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10. Ionization Induced Trapping in a Laser Wakefield Accelerator

Author

McGuffey, C., primary, Thomas, A. G. R., additional, Schumaker, W., additional, Matsuoka, T., additional, Chvykov, V., additional, Dollar, F. J., additional, Kalintchenko, G., additional, Yanovsky, V., additional, Maksimchuk, A., additional, Krushelnick, K., additional, Bychenkov, V. Yu., additional, Glazyrin, I. V., additional, and Karpeev, A. V., additional

Published
2010
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19. Charge Density Wave in Kagome Lattice Intermetallic ScV_{6}Sn_{6}.

Author

Arachchige HWS, Meier WR, Marshall M, Matsuoka T, Xue R, McGuire MA, Hermann RP, Cao H, and Mandrus D

Abstract

Materials hosting kagome lattices have drawn interest for the diverse magnetic and electronic states generated by geometric frustration. In the AV_{3}Sb_{5} compounds (A=K, Rb, Cs), stacked vanadium kagome layers give rise to unusual charge density waves (CDW) and superconductivity. Here we report single-crystal growth and characterization of ScV_{6}Sn_{6}, a hexagonal HfFe_{6}Ge_{6}-type compound that shares this structural motif. We identify a first-order phase transition at 92 K. Single crystal x-ray and neutron diffraction reveal a charge density wave modulation of the atomic lattice below this temperature. This is a distinctly different structural mode than that observed in the AV_{3}Sb_{5} compounds, but both modes have been anticipated in kagome metals. The diverse HfFe_{6}Ge_{6} family offers more opportunities to tune ScV_{6}Sn_{6} and explore density wave order in kagome lattice materials.

Published
2022
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20. Ca-VII: a chain ordered host-guest structure of calcium above 210 GPa.

Author

Fujihisa H, Nakamoto Y, Sakata M, Shimizu K, Matsuoka T, Ohishi Y, Yamawaki H, Takeya S, and Gotoh Y

Abstract

The recently discovered high pressure phase VII of calcium [M. Sakata et al., Phys. Rev. B 83, 220512(R) (2011)] has the highest superconducting transition temperature (T(c)) of 29 K among all the elements. Understanding the cause for such a high T(c) state is necessary to clarify its crystal structure. The structure of this phase was determined by an x-ray powder diffraction experiment and a density functional theory calculation and was not found to be the usual host-guest type but consisted of a 2×2 supercell in the tetragonal ab plane with a commensurate host-guest ratio of 4/3 along the c axis containing 128 atoms.

Published
2013
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21. Structural and valence changes of europium hydride induced by application of high-pressure H₂.

Author

Matsuoka T, Fujihisa H, Hirao N, Ohishi Y, Mitsui T, Masuda R, Seto M, Yoda Y, Shimizu K, Machida A, and Aoki K

Abstract

Europium hydride EuH(x), when exposed to high-pressure H₂, has been found to exhibit the following structural and valence changes: Pnma(x = 2, divalent) → P6₃/mmc(x = 2, 7.2-8.7 GPa) → I4/m(x > 2, 8.7-9.7 GPa) → I4/mmm(x > 2, 9.7 GPa-,trivalent). With a trivalent character and a distorted cubic fcc structure, the I4/mmm structure is the β phase commonly observed for other rare-earth metal hydrides. Our study clearly demonstrates that EuH(x) is no longer an irregular member of the rare-earth metal hydrides.

Published
2011
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22. Electron acceleration in an ultraintense-laser-illuminated capillary.

Author

Kitagawa Y, Sentoku Y, Akamatsu S, Sakamoto W, Kodama R, Tanaka KA, Azumi K, Norimatsu T, Matsuoka T, Fujita H, and Yoshida H

Abstract

An ultraintense laser injected a 10 J of power at 1.053 microm in 0.5 ps into a glass capillary of 1 cm long and 60 microm in diameter and accelerated plasma electrons to 100 MeV. One- and two-dimensional particle codes describe wakefields with 10 GV/m gradient excited behind the laser pulse, which are guided by a plasma density channel far beyond the Rayleigh range. The blueshift of the laser spectrum supports that a plasma of 10(16) cm(-3) is inside the capillary. A bump at the high energy tail suggests the electron trapping in the wakefield.

Published
2004
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23. Real-time capturing of the nuclear wave-packet shape in self-trapped excitons.

Author

Matsuoka T, Takeda J, Kurita S, and Suemoto T

Abstract

We measured the time evolutions of the luminescence spectra in a quasi-1D halogen-bridged platinum complex [Pt(en)(2)][Pt(en)(2)Br(2)](ClO4)(4) with a 50 fs resolution up-conversion spectroscopy and succeeded in real-time visualization of the shape of the wave packet (WP) propagating on the adiabatic potential surface of a self-trapped exciton. The behavior of the WP is in excellent agreement with a calculation based on a harmonic oscillator. We have found that the damping of the WP oscillation is highly nonexponential.

Published
2003
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