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Kazuya Demura

Chuo University

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Featured researches published by Kazuya Demura.

Advanced Materials Research | 2010

Effect of Material Type and Tip Radius of AFM Probes on Nanosheets Groove Machining Accuracy

Kazuya Demura; Satoru Hirose; Tohru Ihara

This paper presents results of groove machining of potassium niobate nanosheets using an atomic force microscope (AFM). Groove machining operations are performed using recently developed diamond coating (DC) and super sharp silicon (sss) probes. The results obtained using these probes are compared to results obtained using a conventional silicon (Si) probe in order to examine the effects of the material type and the tip radius of the AFM probe on groove machining accuracy.

Journal of The Japan Society for Precision Engineering | 2010

Development of Nano-blackboard with Nanoscopic Additional Processing

Yuta Ohki; Toshiya Yamaguchi; Takuya Sakuramoto; Naoki Watanabe; Kazuya Demura; Tohru Ihara

Journal of The Japan Society for Precision Engineering | 2008

Nanoscopic Mechanical Removal Processing of Nano-sheet by AFM Probe(2nd Report) : High Precision Groove Processing Mechanism and Examination to Optimal Processing Condition

Takamasa Sakai; Yoshiteru Kawakami; Kazuya Demura; Tohru Ihara

Journal of The Japan Society for Precision Engineering | 2008

Nanoscopic Mechanical Removal Processing of Nano-sheet by AFM Probe (2nd Report)

Takamasa Sakai; Yoshiteru Kawakami; Kazuya Demura; Tohru Ihara

Journal of The Japan Society for Precision Engineering | 2007

Nanoscopic Mechanical Removal Processing of Nano-sheet by AFM Probe

Takamasa Sakai; Kazuya Demura; Hitoshi Shindo; Thoru Ihara

Journal of The Japan Society for Precision Engineering | 2016

High-Precision Groove Machining and the Modeling of Single Layer Graphene Using Vibration of the Stage and Probe of AFM

Naoki Ashiba; Sho Hamazume; Kazuya Demura; Tohru Ihara

Precision Engineering-journal of The International Societies for Precision Engineering and Nanotechnology | 2011

Tip radius effect of AFM probe on K4Nb6O17·3H2O nanosheets groove machining accuracy

Kazuya Demura; Satoru Hirose; Tohru Ihara

Journal of The Japan Society for Precision Engineering | 2010

Effect of AFM Probe on Machining Accuracy in Groove Generation Processing of Nano-sheet: —Mechanism based on Dissipation of Friction Energy for Probe Materials—@@@—プローブ材種による摩擦エネルギの散逸性に基づくメカニズム—

Kazuya Demura; Yoshiteru Kawakami; Yuta Ohki; Naoki Watanabe; Tohru Ihara

Journal of Advanced Mechanical Design Systems and Manufacturing | 2010

Precision in the Mechanical Removal Processing of a Nanosheet by AFM Probe

Kazuya Demura; Naoki Watanabe; Yuta Ohki; Tohru Ihara

Proceedings of International Conference on Leading Edge Manufacturing in 21st century : LEM21 | 2009

A24 Precision in Mechanical Removal Processing of Nano-sheet by AFM Probe : Study of Processing Method for Fabrication of High Precision Groove(M4 processes and micro-manufacturing for science)

Kazuya Demura; Naoki Watanabe; Yuta Ohki; Tohru Ihara

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Tohru Ihara

Chuo University

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Naoki Watanabe

Chuo University

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Yuta Ohki

Chuo University

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Satoru Hirose

Chuo University

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