Quantitative understanding of thermal stability of α''-Fe16N2.

Yamamoto, Shinpei

Quantitative understanding of thermal stability of α''-Fe16N2. [electronic resource] - Chemical communications (Cambridge, England) Sep 2013 - 7708-10 p. digital

Publication Type: Journal Article

ISSN: 1364-548X

Standard No.: 10.1039/c3cc43590c doi

Quantitative understanding of thermal stability of α''-Fe16N2.

APA

Yamamoto S., Gallage R., Ogata Y., Kusano Y., Kobayashi N., Ogawa T., Hayashi N., Kohara K., Takahashi M. & Takano M. (20140218). Quantitative understanding of thermal stability of α''-Fe16N2. : Chemical communications (Cambridge, England).

Chicago

Yamamoto Shinpei, Gallage Ruwan, Ogata Yasunobu, Kusano Yoshihiro, Kobayashi Naoya, Ogawa Tomoyuki, Hayashi Naoaki, Kohara Kaori, Takahashi Migaku and Takano Mikio. 20140218. Quantitative understanding of thermal stability of α''-Fe16N2. : Chemical communications (Cambridge, England).

Harvard

Yamamoto S., Gallage R., Ogata Y., Kusano Y., Kobayashi N., Ogawa T., Hayashi N., Kohara K., Takahashi M. and Takano M. (20140218). Quantitative understanding of thermal stability of α''-Fe16N2. : Chemical communications (Cambridge, England).

MLA

Yamamoto Shinpei, Gallage Ruwan, Ogata Yasunobu, Kusano Yoshihiro, Kobayashi Naoya, Ogawa Tomoyuki, Hayashi Naoaki, Kohara Kaori, Takahashi Migaku and Takano Mikio. Quantitative understanding of thermal stability of α''-Fe16N2. : Chemical communications (Cambridge, England). 20140218.

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