Oral presentation

10 Spintronics and Magnetics » 10.5 Application of magnetic field

[19a-E201-1~11] 10.5 Application of magnetic field

Thu. Sep 19, 2019 9:00 AM - 11:45 AM E201 (E201)

Shigeru Horii(Kyoto University of Advanced Science), Yoshifuru Mitsui(Kagoshima Univ.)

△：Presentation by Applicant for JSAP Young Scientists Presentation Award
▲：English Presentation
▼：Both of Above
No Mark：None of Above

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9:00 AM - 9:15 AM

[19a-E201-1] Magnetic orientation of guanine crystal plate combined with magnetic nanoparticles

〇Ryousuke Nagai¹, Masaru Kurahashi¹, Kengo Kishimoto¹, Tsuyoshi Koyanagi¹, Hironori Asada¹, Masakazu Iwasaka² (1.Yamaguchi University, 2.Hiroshima University)

9:15 AM - 9:30 AM

▼ [19a-E201-2] Detection of magnetic nanoparticles in deep position by using pulsed magnetic field Ⅳ

〇(M2)Ryota Motoki¹, Hirota Mikihide¹, Fujikawa Ryuichi¹, Yamamoto Isao¹ (1.Yokohama Nat'l Univ.)

9:30 AM - 9:45 AM

▼ [19a-E201-3] Concentration Boundary Layer Thickness Decrease Mechanism Analysis under Magnetic Field Imposition through Cu²⁺ Concentration Time Variation

〇Guangye Xu¹, Kazuhiko Iwai¹ (1.Hokkaido Univ.)

9:45 AM - 10:00 AM

△ [19a-E201-4] Possibility of magnetic levitation of water using small permanent magnets

〇Masayuki Sugaya¹, Yasuhiro Ikezoe¹ (1.NIT)

10:00 AM - 10:15 AM

[19a-E201-5] Optical characteristics of carbonized film prepared from coal tar pitch under a high magnetic field of 10 T

〇Atom Hamasaki¹, Kazuki Fujio¹, Masashi Iide¹, Yuka Takeuchi², Akio Katsuki¹, Sumio Ozeki¹ (1.Shinshu univ., 2.Muroran Institute of Technology)

10:15 AM - 10:30 AM

[19a-E201-6] Relationship between degrees of bi-axial orientation and slurry conditions for ErBa₂Cu₃O₇ thick films aligned under oscillated rotation magnetic fields

〇Shigeru Horii^1,2, Daisuke Notsu², Hayato Kashiwagi², Fumiko Kimura^1,2, Toshiya Doi² (1.Kyoto Univ. Adv. Sci., 2.Kyoto Univ.)

10:30 AM - 10:45 AM

[19a-E201-7] Frequency analysis of rotational motion of iron oxide nanoparticle under damped oscillating magnetic field

〇Masayori Suwa¹, Yuki Tojo¹, Uotani Akira¹, Tsukahara Satoshi¹ (1.Osaka Univ.)

10:45 AM - 11:00 AM

[19a-E201-8] Study of the Magneto-Archimedes levitation by the prototype Halbach array magnet

〇Eizo Ushijima¹ (1.Aisin Csms R&D Co.,)

11:00 AM - 11:15 AM

[19a-E201-9] Breaking of Magnetic Field Dependence of Chirality in Magnetoelectrochemical Etching

〇Iwao Mogi¹, Ryoichi Aogaki², Kohki Takahashi¹ (1.Tohoku Univ. IMR, 2.Polytechnic Univ.)

11:15 AM - 11:30 AM

[19a-E201-10] Neutron diffraction study of the magnetic structure of metamagnetic MnAl alloy

〇Suguru Sato¹, Yuki Nagamine¹ (1.TDK)

11:30 AM - 11:45 AM

[19a-E201-11] First-principle study of the magnetic structure of metamagnetic L1₀-MnAl

〇Takashi Miyazaki¹, Suguru Sato¹, Yuji Umeda¹ (1.TDK Corp.)

Session information

[19a-E201-1~11] 10.5 Application of magnetic field

[19a-E201-1] Magnetic orientation of guanine crystal plate combined with magnetic nanoparticles

▼ [19a-E201-2] Detection of magnetic nanoparticles in deep position by using pulsed magnetic field Ⅳ

▼ [19a-E201-3] Concentration Boundary Layer Thickness Decrease Mechanism Analysis under Magnetic Field Imposition through Cu²⁺ Concentration Time Variation

△ [19a-E201-4] Possibility of magnetic levitation of water using small permanent magnets

[19a-E201-5] Optical characteristics of carbonized film prepared from coal tar pitch under a high magnetic field of 10 T

[19a-E201-6] Relationship between degrees of bi-axial orientation and slurry conditions for ErBa₂Cu₃O₇ thick films aligned under oscillated rotation magnetic fields

[19a-E201-7] Frequency analysis of rotational motion of iron oxide nanoparticle under damped oscillating magnetic field

[19a-E201-8] Study of the Magneto-Archimedes levitation by the prototype Halbach array magnet

[19a-E201-9] Breaking of Magnetic Field Dependence of Chirality in Magnetoelectrochemical Etching

[19a-E201-10] Neutron diffraction study of the magnetic structure of metamagnetic MnAl alloy

[19a-E201-11] First-principle study of the magnetic structure of metamagnetic L1₀-MnAl

Authentication

Session information

[19a-E201-1~11] 10.5 Application of magnetic field

▼ [19a-E201-2] Detection of magnetic nanoparticles in deep position by using pulsed magnetic field Ⅳ

▼ [19a-E201-3] Concentration Boundary Layer Thickness Decrease Mechanism Analysis under Magnetic Field Imposition through Cu2+ Concentration Time Variation

△ [19a-E201-4] Possibility of magnetic levitation of water using small permanent magnets

Authentication

▼ [19a-E201-3] Concentration Boundary Layer Thickness Decrease Mechanism Analysis under Magnetic Field Imposition through Cu²⁺ Concentration Time Variation