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2086
Manufacturing Technology
posted：2019/09/13
微細なハイドロタルサイトを含有する吸着剤の製造方法
MATSUKATA, Masahiko Professor (Faculty of Science and Engineering School of Advanced Science and Engineering)
427JPDIV
Manufacturing Technology
posted：2019/07/05
電極接続方法及び電極接続構造
TATSUMI, Kohei Professor (Faculty of Science and Engineering Graduate School of Information, Production, and Systems)
1926
Manufacturing Technology
posted：2019/04/19
ゼオライト分離膜、分離部材、ゼオライト分離膜の製造方法、及び炭化水素類の分離方法
MATSUKATA, Masahiko Professor (Faculty of Science and Engineering School of Advanced Science and Engineering)
2018-1026-05
Nanotechnology / Materials
Manufacturing Technology
posted：2018/11/15
Fabrication of nano-optical patterns by electron beam irradiation
IMURA, Kohei Professor (Faculty of Science and Engineering School of Advanced Science and Engineering)
collaborative researchers：KAMURA, Yoshio Research Associate
● Nano-scale optical pattern was fabricated by electron beam irradiation ● Polymer was used for inducing unique optical properties● Luminescence properties were controlled by tuning the condition
2024
Manufacturing Technology
posted：2018/06/13
関節構造体及びロボットハンド
SCHMITZ, Alexander Associate Professor (Faculty of Science and Engineering)
1862
Manufacturing Technology
posted：2018/05/24
2018-58279
2018-58279 ３Ｄナノ構造界面を有する異種材直接接合
HOSOI, Atsushi Associate Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)
◆ 熱可塑性炭素繊維強化複合材料(CFRTP)の自動車車体への適用及び、生産性，リサイクル性，燃費の向上◆ マルチマテリアル化によるCFRTPとアルミニウム合金(Al)の接合技術開発◆ Al表面上のナノスパイク構造(NSS)の作製◆ CFRTPとAlのホットプレスによる直接接合◆ シランカップリング処理による接着強...
2018-0402-01
Frontier
Manufacturing Technology
posted：2018/04/26
視知覚の数理科学とその産業応用、特に各種画像処理技術、錯視、商用アートへの展開．
ARAI, Hitoshi Professor (Faculty of Education and Integrated Arts and Sciences)
collaborative researchers：新井 しのぶ
新井研究室では、人の視覚系が行っている脳内の情報処理を最先端の数学を使って研究し、更に画像処理、錯視（目の錯覚）、商用アートへの応用を行っています。また人の視覚を超えた超視覚システムの研究もしています。これまでに次のような発明をして、複数の特許を取得した。本研究の展開と産業応...
2042
Manufacturing Technology
posted：2018/04/18
樹脂金属接合体の製造方法及び樹脂金属接合体
HOSOI, Atsushi Associate Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)
1744
Manufacturing Technology
posted：2017/10/25
2017-155271
2017-155271 ポーラス構造体の製造中間体及びポーラス構造体の製造方法
SUZUKI, Shinsuke Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering Department of Applied Mechanics and Aerospace Engineering)
1868
Manufacturing Technology
posted：2017/03/10
金属シリコン製造用アーク炉
HOMMA, Takayuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)
2017-0223-07
Manufacturing Technology
posted：2017/02/23
Healing of Fatigue Crack in the Metallic Materials by Heat Treatment
HOSOI, Atsushi Associate Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)
collaborative researchers：藤田 耕平 , KAWADA, Hiroyuki Professor
● Implementation of fatigue crack healing of 90%● Implementation of static tensile strength of 75%● Fatigue crack healing due to elimination of oxide film by vacuum heating, plasticity-induced crack closure and atomic diffusion.
2017-0223-06
Manufacturing Technology
posted：2017/02/23
Direct Bonding of Dissimilar Materials Having 3D Nanostructured Interfaces
HOSOI, Atsushi Associate Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)
collaborative researchers：阿部 暉 , KAWADA, Hiroyuki Professor
● Fabrication of nanospike structure (NSS) on aluminum surfaces● Direct joining of CFRTP and Al by hotpress● Improvement of adhesive strength by silane-coupling treatment
2017-0223-03
Manufacturing Technology
Energy
posted：2017/02/23
Development of a Simple Fabrication Process for a Printable Piezoelectric Energy Harvest Device
SEKIGUCHI, Tetsushi Senior Researcher (Research Council (Research Organization) Institute for Nanoscience ＆ Nanotechnology)
collaborative researchers：鎌田 裕樹 , YOON, Donghyun Junior Researcher , 佐々木 敏夫 , 野﨑 義人 , 山浦 真一 , 中嶋 宇史 , SHOJI, Shuichi Professor
● A metal nanoink and a household printer is used for electrode Fabrication and lamination method is used for Assembly of the device ● Electric power of ∼ 1.12 μJ was obtained
2016-0614-01
Manufacturing Technology
posted：2016/07/14
医療手技訓練用ヒューマノイド
ISHII, Hiroyuki Associate Professor (Faculty of Science and Engineering Waseda Research Institute for Science and Engineering)
collaborative researchers：TAKANISHI, Atsuo Professor
医師など医療従事者の訓練に用いる患者シミュレータに関する技術．アクチュエータによって1台のシミュレータでさまざまな患者を再現することや，センサによって手技を計測し評価することが可能．
1736
Manufacturing Technology
posted：2015/11/03
2017-45897
2017-45897 多結晶ダイヤモンド上のパワーMOSFET（ダイヤモンド電界効果トランジスタ及びその製造方法）
KAWARADA, Hiroshi Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)
◆多結晶ダイヤモンド（黒い）上にMOSFETを作製 ◆顕著な変調・良好なデバイス特性◆逆阻止耐圧1800Vを達成
2011-0909-05
Life sciences
Manufacturing Technology
posted：2014/05/21
A durability testing device for stents and a method of evaluation
IWASAKI, Kiyotaka Professor (Faculty of Science and Engineering Graduate School of Advanced Science and Engineering Cooperative Major in Advanced Biomedical Sciences)
We developed a testing device that could accurately simulate the stress environment of the area where the stent is inserted. The development of a system that takes into account the application of stress in the form of a combined twisting and stretching force, and the mechanica...
2011-0909-06
Life sciences
Manufacturing Technology
posted：2014/05/21
Acellularization of heart valves
IWASAKI, Kiyotaka Professor (Faculty of Science and Engineering Graduate School of Advanced Science and Engineering Cooperative Major in Advanced Biomedical Sciences)
One of the ways of prolonging the life of tissue valves is to not treat them chemically, and use acellular tissue from porcine heart valves. A unique method of microwave irradiation combined with a simulated in vivo environment (controlled surfactant flow and pressure through ...
