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Large-scale fuzzy metallic nanostructure processing method was newly developed.

Large-scale fiberform nanostructures can be developed on metal surfaces by additional precipitation of metallic particles together with He ion bombardment in plasmas.

Details are here

Fig : A scanning electron microscope micrograph of a part of large-scale fuzzy structure.

Toward the realization of reliable remote machine control: Cross-layer optimization of control and communication

Katayama Laboratory (Institute of Materials and Systems for Sustainability) of Department of Information and Communication Engineering has been conducting research in communication systems for reliable remote machine control, and has proposed cross-layer optimization schemes that achieve not only communication performance improvement but also control performance improvement as an entire system. We are working for further developments of this work partly supported by JSPS Grant-in-Aid for Young Scientists (B) under Grant 15K21071.

Details are listed below (Papers)

Details are listed below (International Conferences)

JOB OPENING (deadline of application: 29 June 2018)

  • Applications are invited for a Professor at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

Toward gas-insulated power apparatus for the next generation with functionally graded materials

Hayakawa Laboratory at the Department of Electrical Engineering has proposed to apply functionally graded materials (FGM) to the compact and advanced gas insulated power apparatus for next generation. Recently, we presented 2 papers on its effect of electric field relaxation and breakdown strength improvement at the international conferences, ISH2017 on high voltage engineering and CEIDP on electrical insulating materials. This research is on-going as a project commissioned by the New Energy and Industrial Technology Development Organization (NEDO) which was approved and started this year.

Details are here

Fig : Fabrication of permittivity graded material (ε-FGM) for gas-insulated switchgear spacers

Formulated Representation for Upper Limitation of Deliverable Power in Low-Voltage DC Distribution System

The research group on electrical-energy conversion engineering (Prof. Y. Yokomizu) has derived the formulated representation for the upper limitation of a deliverable power in a direct-current distribution system, in view of the voltage-instability phenomenon occurring at a load terminal.
This achievement reveals one of the significant properties for the dc delivery system, supporting employment of the direct current delivery in various electric facilities.

Details are here

JOB OPENING (deadline of application: 30 September 2017)

  • Applications are invited for an Assistant Professor at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 30 September 2017)

  • Applications are invited for an Assistant Professor at Research Group of Electrical Energy Conversion, Department of Electrical Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 30 September 2017)

  • Applications are invited for an Associate Professor or Lecturer at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

We have developed a system that can display real 3-D objects on a layered 3-D display.

Visual Information Laboratory of Department of Information and Communication Engineering has developed an end-to-end system where images of real objects are taken from 25 different viewpoints, converted into a layer representation, and fed to their prototype 3-D display that is composed of three stacked LCD panels.
Their system provides not only binocular 3-D perception but also natural motion parallax along with the motion of the observer.

Details are here

Fig : Process Pipeline of 3-D Display System

Oxide Film Deposition by Magnet-free Sputtering Using Surface Wave Plasma

Plasma Electronics research group developed a magnet-free sputtering device by combining a surface wave plasma and RF bias power.
The efficiency of utilizing a sputtering target was improved as compared with the conventional magnetron sputtering and deposition of high-quality insulating film with good spatial uniformity was realized.
The technique is expected to be applied to next-generation MRAM manufacture.

Details are here

Fig : Magnet-free sputtering device using surface wave plasma with RF bias power

JOB OPENING (deadline of application: 30 September 2017)

  • Applications are invited for an Assistant Professor at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 30 September 2017)

  • Applications are invited for an Assistant Professor at Research Group of Electrical Energy Conversion, Department of Electrical Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 30 June 2017)

  • Applications are invited for an Associate Professor at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 31 May 2017)

  • Applications are invited for an Assistant Professor at Department of Electronics Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

JOB OPENING (deadline of application: 30 June 2017)

  • Applications are invited for a Professor at Department of Electrical Engineering, Graduate School of Engineering, Nagoya University.

    Details are here.

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Department of Electrical Engineering, Electronics, and Information Engineering, School of Engineering, Nagoya University.
Furo-cho, Chikusa-ku, Nagoya 464-8603 JAPAN
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