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東京工業大学 中嶋研究室東京工業大学 中嶋研究室 | Nakajima Laboratory, Tokyo Institute of Technology
http://nanomech.polymer.titech.ac.jp/
東京工業大学 中嶋研究室 | Nakajima Laboratory, Tokyo Institute of Technology
http://nanomech.polymer.titech.ac.jp/
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東京工業大学 中嶋研究室 | nanomech.polymer.titech.ac.jp Reviews
https://nanomech.polymer.titech.ac.jp
東京工業大学 中嶋研究室 | Nakajima Laboratory, Tokyo Institute of Technology
nanomech.polymer.titech.ac.jp
プロジェクト | 東京工業大学 中嶋研究室
http://nanomech.polymer.titech.ac.jp/project
Nakajima Laboratory, Tokyo Institute of Technology. 研究期間 H28/10 –. HP: https:/ www.naro.affrc.go.jp/brain/knowledge/results/h28 first/index.html. 研究期間 H28/4 –. HP: http:/ www.s.affrc.go.jp/docs/gaiyou/pdf/h27jituyou.htm. 本プロジェクトでは信州大学カーボン科学研究所が、国内林産資源を活用したナノセルロース NC 、特に東京大学磯貝研究室で開発されたTEMPO触媒酸化NCを対象に、信州大学において開発されたカーボンナノチューブ CNT セルレーション技術を活用し、NCの解繊と立体制御を実現することを目指しています。 本事業で創成を目指すTEMPO触媒酸化NCがゴムや樹脂マトリックス中で解繊 セル化された超高性能ナノコンポジットにおけるナノ構造 ナノ力学物性をナノ触診原子間力顕微鏡 AFM を用いて調べています。 超薄膜化 強靭化 しなやかなタフポリマー の実現. 材料自身の変形効果および凝...
メンバー | 東京工業大学 中嶋研究室
http://nanomech.polymer.titech.ac.jp/members
Nakajima Laboratory, Tokyo Institute of Technology. 中嶋 健 Ken Nakajima. Nakajima.k.aa@m.titech.ac.jp. Http:/ plaza.rakuten.co.jp/nazoken/. 姜 聲敏 Sungmin Kang. Skang@polymer.titech.ac.jp. 梁 曉斌 Xiaobin Liang. Liangx.ac@m.titech.ac.jp. 植田 英順 Eijun Ueda. Eueda@polymer.titech.ac.jp. 趣味はSoft Darts Rt:13 、特技はこう見えて書道(6段)です。 高橋 佑季 Yuuki Takahashi. Yukitakahashi@polymer.titech.ac.jp. 出島 怜奈 Rena Dejima. Rdejima@polymer.titech.ac.jp. 荒井 将 Masaru Arai. Marai@polymer.titech.ac.jp. 小谷 菜那子 Nanako Kotani. 多田 礼美 Ayami Tada.
Polymerに高分子超薄膜の弾性率の膜厚依存性に関する研究が掲載されました。 | 東京工業大学 中嶋研究室
http://nanomech.polymer.titech.ac.jp/2016/10/354
Nakajima Laboratory, Tokyo Institute of Technology. タイトルは Size-dependent elastic modulus of ultrathin polymer films in glassy and rubbery states です。 Published 17 Oct. 2016. Http:/ dx.doi.org/10.1016/j.polymer.2016.10.012. Nakajima Laboratory, Tokyo Institute of Technology.
Home | Nakajima Laboratory, Tokyo Institute of Technology
http://nanomech.polymer.titech.ac.jp/en
Nakajima Laboratory, Tokyo Institute of Technology. Research on polymer nanomechanics. Nakajima Laboratory, Tokyo Institute of Technology. New laboratory launched from July, 2015. Our expertise is polymer nanomechanics, in other words, investigating nano-scale structures and properties of polymeric materials, by which we connects knowledge in nano to macroscopic world. No swallow written in textbooks is our motto. Ken Nakajima, Professor. Nakajima Laboratory, Tokyo Institute of Technology.
イベント | 東京工業大学 中嶋研究室
http://nanomech.polymer.titech.ac.jp/events
Nakajima Laboratory, Tokyo Institute of Technology. 植田英順 ナノレオロジー原子間力顕微鏡によるtanδマッピング ーシリカ界面ゴム成分の周波数依存性ー 高橋佑季 ナノ触診AF… 続きを読む. ３人とも頑張りました お疲れさま 荒井将 温度可変ナノレオロジーAFMの開発 中条太一 ナノフィッシングによるPNIPAMの溶媒効果の研究 小谷菜那子 ナ… 続きを読む. Nakajima Laboratory, Tokyo Institute of Technology.
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有機・高分子物質専攻：研究室案内：高分子科学講座
http://www.op.titech.ac.jp/Japanese/Laboratories/organic.html
空間的 機械的 結合分子の合成と機能素子 素材開発を研究している.
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Nano Mecanique
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Workshop - Novi Sad 2014. Cluster Meeting - Novi Sad 2014. EWCHP Brussels - 21 June 2013. The NanomeCH Cluster aims at defining collaboration, synergies and productivity overlap between five FP7 projects involved in the ENV-NMP.2011.2.2-5 and ENV-NMP.2011.3.2.1-1 FP7 calls: HEROMAT. The Cluster is structured into highly interlinked working groups. The key activities of the Cluster in order to better address the common issues and challenges of the five projects are the following:. Dissemination activities...
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東京工業大学 中嶋研究室
Nakajima Laboratory, Tokyo Institute of Technology. PSE2016 @ Beijing, China. The Second International Conference on Polymer Science and Engineeringに参加し、̶… 続きを読む. 24th International Colloquium on Scanning Probe Microscopy (ICSPM24)に参加し、 Reinfo… 続きを読む. 2016年度高分子計算機科学研究会 高分子基礎物性研究会 高分子ナノテクノロジー研究会合同討論会 東京農工大学. M1出島 ナノ触診原子間力顕微鏡による… 続きを読む. International Rubber Conference 2016@北九州. International Rubber Conference 2016 (IRC2016)で研究発表を行いました。 梁 Reinforcement Mecha… 続きを読む.
Laboratory for Nano and Micro Mechanics of Materials - Home Page
Our research is focused on the Mechanics of Materials. From a small scale perspective, with emphasis on. Active and biogenic materials. More specifically, we study multi-disciplinary problems in which the material mechanics aspect is coupled with electric, magnetic or chemical effects. All these effects involve sub-processes that occur at different time and length scales. Recent publication in PRL. Recent publication in Adv. Funct. Mater. ISF research grant 2010-2014. In this program we study the Multisc...
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Nanomechanics.biz
A new powerful tool for Micro- and Nano Deformation Analysis. Worldwide application in Microelectronics, Automotive, Electronics, etc. A website of the. Fraunhofer Institute IZM Berlin.
Home | nanomechanics
Skip to main content. Enter the terms you wish to search for. The Nanomechanics Laboratory investigates mechanical properties of engineered and biological materials at the nano to macro-scale using experimental, analytical, and computational techniques. The lab’s current research projects include studies of nanostructured materials as well as exploring connections between biological cell mechanics and human disease states. Blood testing via sound waves may replace some tissue biopsies. Computer model fin...
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