Rchr
J-GLOBAL ID:200901048278694411
Update date: Apr. 03, 2024
Kaneyoshi Takahiro
カネヨシ タカヒロ | Kaneyoshi Takahiro
Affiliation and department:
Homepage URL (1):
https://www.hyogo-kg.jp
Research field (3):
Material fabrication and microstructure control
, Inorganic materials
, Metallic materials
Research keywords (7):
3D Printer
, 分子軌道計算
, 無機材料
, 金属材料
, Molecular orbital calculation
, Inorganic material
, Metallic material
Research theme for competitive and other funds (6):
Papers (14):
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兼吉高宏, 戸羽篤也. 「3Dプリンターによる砂型造型と鋳造技術の高度化」熱膨張率測定およびX線CTによる3D積層造形砂型の評価. 鋳造工学. 2018. 90. 6
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Yasuji Muramatsu, Takahiro Kaneyoshi, Eric M. Gullikson, Rupert C.C. Perera. Angle-resolved soft X-ray emission and absorption spectroscopy of hexagonal boron nitride. Spectrochimica Acta - Part A: Molecular and Biomolecular Spectroscopy. 2003. 59. 9. 1951-1957
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IZUMI H, ADURODIJA F O, KANEYOSHI T, ISHIHARA T, YOSHIOKA H, MOTOYAMA M. Electrical and structural properties of indium tin oxide films prepared by pulsed laser deposition. Journal of Applied Physics. 2002. 91. 3. 1213-1218
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Yasuji Muramatsu, Takahiro Kaneyoshi. Si Kβ X-ray emission spectra of cubic silicon molecules identified by discrete variational (DV) Xα molecular orbital calculations. Journal of Electron Spectroscopy and Related Phenomena. 2000. 107. 1. 27-32
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T Kaneyoshi, H Kohzuki, Y Muramatsu, Y Kowada, J Kawai, M Motoyama. Calculation of BK-V x-ray emission spectra of boron nitrides. X-RAY SPECTROMETRY. 1999. 28. 6. 497-502
more...
MISC (113):
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鷲家洋彦, 兼吉高宏. ゴム・エラストマー材料の最新動向と関連技術 ゴム3Dプリンタ用新規ゴム素材の研究開発. JETI. 2022. 70. 3
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永瀬丈嗣, 柏井茂雄, 兼吉高宏, 淺野和典, 北村一浩. Metal Casting and Sand Mold: (1) History and Recent Development. まてりあ. 2022. 61. 6
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柏井茂雄, 兼吉高宏, 永瀬丈嗣, 淺野和典, 北村一浩. Metal Casting and Sand Mold: (2) Education Materials for Sand Mold Castings. まてりあ. 2022. 61. 7
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淺野和典, 永瀬丈嗣, 柏井茂雄, 兼吉高宏, 北村一浩. Metal Casting and Sand Mold: (3) Sand Casting Practice at University. まてりあ. 2022. 61. 8
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兼吉高宏. イノベーションを創出する素形材産学連携 第15回 兵庫県立工業技術センターにおけるものづくり技術支援業務. 素形材. 2022. 63. 10
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Patents (2):
Awards (1):
- 2019/06 - 日本鋳造工学会 豊田賞 高速砂型積層造形装置の開発
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