Nakamura lab. develops new material creating or conserving energy by using ultrahigh density Si-based nanodots.
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NEWS

A paper about the minimal thermal conductivity in complex crystal silicide thin films was accepted by Applied Physics Letters(IF=3.597).

A paper about the minimal thermal conductivity in complex crystal silicide thin films was accepted by Applied Physics Letters(IF=3.597). Congratulations! “Low thermal conductivity of complex thermoelectric barium silicide film epitaxially grown on Si” Applied Physics Letters, 119, 141603 (2021). DOI: 10.1063/5.0063531A paper about the minimal thermal conductivity in complex crystal silicide thin films was accepted …

(日本語) D3寺田君のバルクCaSi2の組成制御による熱電性能向上に関する論文がApplied Physics Express (IF=3.086)での掲載が許可されました。 これは、豊田中央研究所との共同研究です。

A paper about improving thermoelectric performance by controlling the composition of bulk CaSi2 was accepted by Applied Physics Letters. This is collaborative research with Toyota tyuo laboratory. Congratulation!   “Thermoelectric power factor enhancement of calcium-intercalated layered silicene by introducing metastable phase”

D1 Mr. Komatsubara and M2 Mr. Kitaura got an official job offer of Research Fellowship for Young Scientists.

D1の小松原君とM2の北浦君が学振特別研究員(DC2, DC1)にそれぞれ「採用内定予定」となりました。 おめでとうございます! こつこつと研究成果を積み上げてきた甲斐がありましたね! これからも一層、研究に励んで下さい!

(日本語) 石部助教の複雑結晶シリサイド薄膜における極小熱伝導率化に関する論文がApplied Physics Letters (IF=3.597)での掲載が許可されました。 これは、筑波大学の末益研究室との共同研究です。

A paper about the minimal thermal conductivity in complex crystal silicide thin films was accepted by Applied Physics Letters. This is collaborative research with Suemasu laboratory in Tsukuba Univ. Congratulation! “Low thermal conductivity of complex thermoelectric barium silicide film epitaxially grown on Si”

Dr. Ishibe received a presentation award in TSJ2021.

This talk discussed the enhancement of thermoelectric performance in transparent SnO2 film.

(日本語) Geナノドットと極薄Si酸化膜による相乗的なフォノン散乱に関する論文がPhysical Review B (IF=3.575)での掲載が許可されました。 これは、東京大学の塩見研究室との共同研究です。

A paper about the Synergistic phonon scattering by Ge nanodots and ultra-thin Si oxide film was accepted by Physical Review B.   This is collaborative research with Shiomi laboratory in Tokyo Univ. Congratulation!   “Synergistic phonon scattering in epitaxial silicon multilayers with germanium nanodot inclusions”, Physical Review B 104, 054301 (2021).DOI: 10.1103/PhysRevB.104.054301

A paper about the electrical properties of Cr3Al was accepted by Physica B: Physics of Condensed Matter.

A paper about the electrical properties of Cr3Al was accepted by Physica B: Physics of Condensed Matter. Congratulation! “Dominant carrier of pseudo-gap antiferromagnet Cr3Al thin film”, Physica B: Physics of Condensed Matter 620, 413281 (2021). DOI: httpfs://doi.org/10.1016/j.physb.2021.413281

A paper about methods for improving phonon transmittance at nanoscale interfaces by Takafumi Ishibe was accepted by Communications Physics(IF=4.684).

A paper about methods for improving phonon transmittance at nanoscale interfaces by Takafumi Ishibe was accepted by Communications Physics. Congratulation!   “Heat transport through propagon-phonon interaction in epitaxial amorphous-crystalline multilayers”, Communications Physics 4, 153 (2021).DOI: https://doi.org/10.1038/s42005-021-00653-w

A paper written by Takafumi Ishibe was published by Applied Physics Letters (IF = 3.597).

A paper written by Reona Kitaura was published by Applied Physics Express! Congratulation! “Nanostructure design for high performance thermoelectric materials based on anomalous Nernst effect using metal/semiconductor multilayer”, Applied Physics Express 14, 075002 (2021). DOI: 10.35848/1882-0786

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