A comparative study on the LDA + U and hybrid functional methods on the description of the electronic structure of YTiO<sub>3</sub> under high pressure

BACKWARD-ANGLE Η PHOTOPRODUCTION FROM PROTONS AT EΓ=1.6-2.4

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Sumihama M., Ahn D.S., Ejiri H., Fujiwara M., Hotta T., Kato Y., Kohri H., Miyabe M., Muramatsu N., Nakano T., Shimizu A., Yorita T., Yosoi M., Ahn J.K., Akimune H., Asano Y., Daté S., Ohashi Y., Ohkuma H., Toyokawa H., Chang W.C., Oshuev D.S., Wang C.W., Wang S.C., Fujimura H., Ishikawa T., Shimizu H., Fukui S., Hasegawa S., Hicks K., Imai K., Iwata T., Kawai H., Ooba T., Shiino Y., Kino K., Kumagai N., Matsuda T., Toi Y., Matsumura T., Mibe T., Niiyama M., Nomachi M., Sakaguchi A., Sugaya Y., Rangacharyulu C., Shagin P.M., Wakai A., Yonehara K., Yoshimura M., Zegers R.G.T.

Physical Review C: Nuclear Physics. American Physical Society. Vol. 80. 2009. 052201 p.

MECHANISMS FOR THERMAL CONDUCTION IN METHANE HYDRATE

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English N.J., Tse J.S.

Physical Review Letters. Vol. 103. 2009. 015901 p.

A comparative study on the LDA + U and hybrid functional methods on the description of the electronic structure of YTiO₃ under high pressure

Other records

BACKWARD-ANGLE Η PHOTOPRODUCTION FROM PROTONS AT EΓ=1.6-2.4

MECHANISMS FOR THERMAL CONDUCTION IN METHANE HYDRATE

A comparative study on the LDA + U and hybrid functional methods on the description of the electronic structure of YTiO3 under high pressure

Other records

BACKWARD-ANGLE Η PHOTOPRODUCTION FROM PROTONS AT EΓ=1.6-2.4

MECHANISMS FOR THERMAL CONDUCTION IN METHANE HYDRATE

A comparative study on the LDA + U and hybrid functional methods on the description of the electronic structure of YTiO₃ under high pressure