نتایج جستجو برای: semiconductor doping

تعداد نتایج: 76507  

2011
Wei Li Hao Ding Peng Deng Kai Chang Canli Song Ke He Lili Wang Xucun Ma Jiang-Ping Hu Xi Chen Qi-Kun Xue

2004
Lorenzo Campos Venuti Alejandro Muramatsu

5

2005
N. Kamakura T. Nakano Y. Ikemoto M. Usuda H. Fukuoka S. Yamanaka S. Shin K. Kobayashi

N. Kamakura,1 T. Nakano,2 Y. Ikemoto,3 M. Usuda,4 H. Fukuoka,5 S. Yamanaka,5,6 S. Shin,1 and K. Kobayashi3 1Soft X-ray Spectroscopy Laboratory, RIKEN/SPring-8, Mikazuki, Hyogo 679-5148, Japan 2Department of Physics, Graduate School of Science, Osaka University, Toyonaka, Osaka 560-0043, Japan 3JASRI/SPring-8 Mikazuki, Hyogo 679-5198, Japan 4JAERI/SPring-8 Mikazuki, Hyogo 679-5198, Japan 5Depart...

2017
Ken-ichi Tsuji Sigenori Kato Masatsune Koike Ken-ichi Kumagai Sigenori Tsuji Masatsune Kato Yoji Koike

2016
Gilles Barthe Pedro R. D'Argenio Bernd Finkbeiner Holger Hermanns

This paper provides an informal discussion of the formal aspects of software doping.

2016
Min Zhou Zachary M. Gibbs Heng Wang Yemao Han Laifeng Li Jeffrey Snyder

2007
Hitoshi Umezawa Tomohiro Takenouchi Kensaku Kobayashi Yoshihiko Takano Masanori Nagao Minoru Tachiki Takeshi Hatano Hiroshi Kawarada

2005
M. L. Shmatov

In Ref. [2] the use of the annihilation of antiprotons to heat the compressed thermonuclear fuel was proposed. According to Ref. [2], the antiprotons should annihilate on the nuclei of the fuel. Later, the use of annihilation of antiprotons on the heavy nuclei was also discussed [8-10]. The advantage of this reaction is that the ranges of some of its products in the fuel are rather short [8-10]...

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