APA

Yada N., Onishi H., Miyai M., Ozasa K., Katsube T., Onoda K., Haramoto M., Yamamoto Y., Yamaguchi S. & Kitagaki H. (20180129). Does applying resolution recovery to normal databases confer an advantage over conventional 3D-stereotactic surface projection techniques?. : Radiological physics and technology.

Chicago

Yada Nobuhiro, Onishi Hideo, Miyai Masahiro, Ozasa Kentarou, Katsube Takashi, Onoda Keiichi, Haramoto Masuo, Yamamoto Yasushi, Yamaguchi Shuhei and Kitagaki Hajime. 20180129. Does applying resolution recovery to normal databases confer an advantage over conventional 3D-stereotactic surface projection techniques?. : Radiological physics and technology.

Harvard

Yada N., Onishi H., Miyai M., Ozasa K., Katsube T., Onoda K., Haramoto M., Yamamoto Y., Yamaguchi S. and Kitagaki H. (20180129). Does applying resolution recovery to normal databases confer an advantage over conventional 3D-stereotactic surface projection techniques?. : Radiological physics and technology.

MLA

Yada Nobuhiro, Onishi Hideo, Miyai Masahiro, Ozasa Kentarou, Katsube Takashi, Onoda Keiichi, Haramoto Masuo, Yamamoto Yasushi, Yamaguchi Shuhei and Kitagaki Hajime. Does applying resolution recovery to normal databases confer an advantage over conventional 3D-stereotactic surface projection techniques?. : Radiological physics and technology. 20180129.