| 1. |
木村崇, Spin Absorption Effects due to Various Functional Materials, International Conference on Advanced Materials and Devices. |
| 2. |
木村崇, Resistive switching with ferromagnetic electrode and metal/metal oxide bilayer planar system with low voltage operation, EMN Meeting on Memristive. |
| 3. |
木村崇, Spin Absorption Effects due to Various Functional Materials, 3rd Frontier in Material Science. |
| 4. |
木村崇, Modulation of spin current using ferromagnetic spin absorber, Collaborative Conferene on Materials Research. |
| 5. |
木村崇, Efficient spin injection in metallic hybrid structure, ICEM 02016. |
| 6. |
木村崇, Efficient spin injection in metallic hybrid structure, ICSM 2016. |
| 7. |
木村崇, Efficient Spin Injection and Absorption Using CoFe-Based Alloys and Its Application, 2nd International Symposium on Frontiers in Materials Science. |
| 8. |
木村崇, Geometry and material optimization for efficient thermal spin injection, Spin Energy Materials. |
| 9. |
木村崇, Large spin-dependent thermoelectric effects using CoFe-based alloy, International Conference and Exhibition on Mesoscopic & Condensed Matter Physics. |
| 10. |
木村崇, Highly efficient thermal spin injection using CoFeAl injector, Intermag 2015. |
| 11. |
木村崇, Excellent Material for Thermal Spin Injection and Its Application, EMN meeting. |
| 12. |
木村崇, Highly efficient thermal spin injection using CoFeAl injector, Nano S&T. |
| 13. |
木村崇, 横型スピンバルブ素子における熱流の影響と熱流を用いた高効率スピン流生成, 日本応用磁気学会分科会. |
| 14. |
木村崇, 強磁性-常磁性 複合ナノ構造におけるスピン流の電気的、及び熱的制御, 応用物理学会・ 応用電子物性分科会（招待講演）2014 東京. |
| 15. |
木村崇, Highly efficient thermal spin injection using CoFeAl injector, EMN fall meeting. |
| 16. |
木村崇, Generation of large spin current in metallic nanostructures and its application, Energy Materials Nanotechnology ( EMN ) east meeting 2013蟷ｴ. |
| 17. |
Y. Yokotani, K. Yamanoi, S. Yakata, Takashi Kimura, Excitations of nonlinear ferromagentic resonance and standing spin wave using inhomogenous high-power RF magnetic field, 2015 IEEE International Magnetics Conference, INTERMAG 2015, 2015.01, The resonant precession of the magnetizations such as the ferromagnetic resonance (FMR) and spin wave (SW) excitation is unique and attractive property of the ferromagnetic thin film for future applications in nano-electric and telecommunication devices. Especially, after establishing the concept of the spin current, the considerable attention has been paid to such spin dynamics. Moreover, the oscillation amplitude in such resonant spin motion is found to show the nonlinear responses under the high power excitation. These fascinating properties may open novel functional spintronic devices such as spin current amplifier and neuromophic operation. However, experimental difficulties and complicated spatial spin distribution make it difficult to understand the related phenomena deeply. In this presentation, we show that nonlinear responses for the FMR and the surface SW in a Permalloy strip can be simply excited by the application of non-uniform RF magnetic field with high amplitude.. |
| 18. |
木村崇, 面内配列強磁性/非磁性複合素子におけるスピン依存伝導, 極限環境科学リサーチコア研究会, 2009.03. |
| 19. |
木村崇, 強磁性/非磁性金属複合構造におけるスピン依存伝導, スピントロニクス研究会, 2009.04. |
| 20. |
Takashi Kimura, Manipulation of spin current in metallic structure, International Conference on Magnetism, 2009.07. |
| 21. |
木村崇, 強磁性-非磁性複合構造におけるスピン流制御, 2009.06. |
| 22. |
木村 崇, スピン流関連現象の基礎と応用の展望, 2009.12. |
| 23. |
Takashi Kimura, Electrical detection of spin Hall effects in 3d, 4d transition metals, International Workshop on Spin Currents, 2010.02. |
| 24. |
Takashi Kimura, Electrical detection of spin Hall effects in metallic systems, 449. Wilhelm and Else Heraeus Seminar, 2010.01. |
| 25. |
木村崇, 強磁性/非磁性金属複合ナノ構造におけるスピン流の制御, 熊本大学 物理セミナー, 2010.06. |
| 26. |
木村崇, 遷移金属におけるスピンホール効果, スピンフィルター＆スピンホール効果に関する研究会, 2009.12. |
