图片

屄恖儁乕僕


丂丂尋媶幒OG
丂挬揷 惏旤(ASADA Harumi)

丂丂1997擭2寧9擔惗傑傟

尋媶撪梕

僥儔僿儖僣攇懷丒愒奜椞堟偺揹帴攇惂屼偵岦偗偨帴惈惂屼儊僞嵽椏偺妛棟峔抸

怑楌

撈棫峴惌朄恖 擔杮妛弍怳嫽夛摿暿尋媶堳 2021/4 - 2024/3

弌恎妛峑

搶嫗擾岺戝妛戝妛堾 岺妛晎 揹巕忣曬岺妛愱峌 2024/03 廋椆
搶嫗擾岺戝妛戝妛堾 岺妛晎 揹婥揹巕岺妛愱峌 2021/03 廋椆
搶嫗擾岺戝妛 岺妛晹 揹婥揹巕岺妛壢 2019/03 懖嬈
嶳岥導棫杊晎崅摍妛峑 晛捠壢 2015/03 懖嬈

尋媶嬈愌

嵏撉晅偒塸暥榑暥帍

  1. Harumi Asada, Kota Endo, and Takehito Suzuki, "Reflectionless metasurface with high refractive index in the terahertz waveband," Optics Express, vol.29, vol.10, pp.14513-14524, Apr. 2021.
  2. Takehito Suzuki and Harumi Asada, "Reflectionless zero refractive index metasurface in the terahertz waveband," Optics Express, vol.28, no.15, pp.21509-21521, July 2020.

崙嵺夛媍

  1. Harumi Asada and Takehito Suzuki, "Metasurface demonstrating both high refractive index and low reflectance in the infrared region," The Third International Symposium on Frontiers in THz Technology, Fr1-4, Nov. 2022.
  2. Harumi Asada and Takehito Suzuki, "Reflectionless Metasurface with High Refractive Index in the 50-THz Band for Directivity Control of Thermal Radiation," IRMMW-THz 2022, Tu-P-43, Hybrid (Delft and Virtual Conference), Aug. 2022.
  3. Nao Nakata, Kohei Urashima, Harumi Asada, and Takehito Suzuki, "Directivity Measurement Method For Metasurface Antennas By An Alternative To Terahertz Compact Oscillators," IRMMW-THz 2022, Tu-P-64, Hybrid (Delft and Virtual Conference), Aug. 2022.
  4. Takehito Suzuki, Harumi Asada, Kazuhisa Watai, Haruaki Nakao, and Kota Endo, "Reflectionless metamaterials with high refractive indices for manipulation of thermal radiation," The 9th International Symposium on Radiative Transfer, P25, Athens, Jun. 2019.
  5. Kazuhisa Watai, Harumi Asada, Kota Endo, Haruaki Nakao, and Takehito Suzuki , "Meta-surfaces with high refractive index and low reflectance in the 50- and 200-THz bands," JSPS metamaterials 187, Tokyo Institute of Technology, Mar. 2019.

崙撪妛夛

  1. 拞揷 惉墰, 挬揷 惏旤, 楅栘 寬恗, "儊僞僒乕僼僃僗傾儞僥僫偺昡壙偺偨傔偺彫宆僥儔僿儖僣敪怳婍偺戙懼偲側傞岝妛宯偺婎慴専摙," 2024擭戞71夞墳梡暔棟妛夛弔婫妛弍島墘夛, 25p-11E-9, 僴僀僽儕僢僪奐嵜(搶嫗搒巗戝妛 悽揷扟僉儍儞僷僗+僆儞儔僀儞), Mar. 2024.
  2. 棲 媣旤巕, 挬揷 惏旤, 楅栘 寬恗, "擬鐃幩偺巜岦惈惂屼偵岦偗偨100THz懷儊僞僒乕僼僃僗偺嶌惢偲幚尡," 僥儔僿儖僣壢妛偺嵟愭抂IX, P-16, 僼僃僯僢僋僗僾儔僓, Nov. 2022.
  3. 朷寧 宨懢, 挬揷 惏旤, 棲 媣旤巕, 楅栘 寬恗, "桿揹懱昞棤椉柺偵僇僢僩嬥懏儚僀儎乕傪桳偡傞僥儔僿儖僣攇懷儊僞僒乕僼僃僗偺暘嶶摿惈偺幚尡昡壙," 2022擭戞83夞墳梡暔棟妛夛廐婫妛弍島墘夛, 22a-C201-7, 僴僀僽儕僢僪奐嵜(搶杒戝妛+僆儞儔僀儞), Sep. 2022.
  4. 棲 媣旤巕, 挬揷 惏旤, 楅栘 寬恗, "僨儏傾儖僐儉暘岝朄偵傛傞愒奜堟儊僞僒乕僼僃僗偺昡壙朄偺専摙," 擔杮擬暔惈妛夛 傆偔幩惈幙偲偦偺曻幩惂屼偵娭偡傞尋媶夛, 僆儞儔僀儞奐嵜, Aug. 2022.
  5. 挬揷 惏旤, 楅栘 寬恗, "岤偝100 nm偺SiNx枌偺昞棤椉柺偵惓曽宍Au僷僢僠傪攝抲偟偨峔憿偵傛傞暔懱偐傜曻幩偝傟偨擬鐃幩偺惂屼偵岦偗偨崅孅愜棪柍斀幩側儊僞僒乕僼僃僗," 2022擭戞69夞墳梡暔棟妛夛弔婫妛弍島墘夛, 24p-E303-5, 僴僀僽儕僢僪奐嵜(惵嶳妛堾戝妛+僆儞儔僀儞), Mar. 2022.
  6. 挬揷 惏旤, 楅栘 寬恗, "擬鐃幩惂屼偵岦偗偨崅孅愜棪柍斀幩儊僞僒乕僼僃僗偺崅廃攇壔," 僥儔僿儖僣壢妛偺嵟愭抂VIII, Con-12, 僆儞儔僀儞奐嵜, Nov. 2021.
  7. 棲 媣旤巕, 挬揷 惏旤, 楅栘 寬恗, "50THz懷偺椉柺峔憿惓曽宍嬥懏僠僢僾傾儗乕傾儞僥僫偺愝寁," 2021擭戞68夞墳梡暔棟妛夛弔婫妛弍島墘夛, 17p-P01-4, 僆儞儔僀儞奐嵜, Mar. 2021.
  8. 挬揷 惏旤, 楅栘 寬恗, "擬傆偔幩惂屼偵岦偗偨崅孅愜棪柍斀幩儊僞僒乕僼僃僗偺尋媶," 擔杮擬暔惈妛夛 傆偔幩惈幙偲偦偺曻幩惂屼偵娭偡傞尋媶夛, 僆儞儔僀儞奐嵜, Aug. 2020.
  9. 挬揷 惏旤, 楅栘 寬恗, "擬傆偔幩惂屼偵岦偗偨崅孅愜棪柍斀幩儊僞僒乕僼僃僗偺尋媶," 擔杮擬暔惈妛夛 傆偔幩惈幙偲偦偺曻幩惂屼偵娭偡傞尋媶夛, 搶嫗岺嬈戝妛, Jan. 2020.
  10. 挬揷 惏旤, 楅栘 寬恗, "擬鐃幩惂屼偵岦偗偨崅孅愜棪柍斀幩儊僞僒乕僼僃僗偺愝寁," 2019擭戞80夞墳梡暔棟妛廐婫妛弍島墘夛, 19p-PA5-2, 杒奀摴戝妛, Sep. 2019. 敪昞億僗僞乕
  11. 挬揷 惏旤, 楅栘 寬恗, "僗乕僷乕僀儞僋僕僃僢僩僾儕儞僞偱帋嶌偟偨3.0THz懷崅孅愜棪掅斀幩儊僞僒乕僼僃僗偺幚尡昡壙," 2019擭戞66夞墳梡暔棟妛夛弔婫妛弍島墘夛, 11p-S421-17, 搶嫗岺嬈戝妛, Mar. 2019.

島墘

  1. 楅栘 寬恗, 挬揷 惏旤, "揹巕價乕儉業岝偵傛傞SiNx儊儞僽儗儞偺昞偲棤椉柺傊偺惓曽宍Au僷僢僠偺嶌惢," 暥晹壢妛徣儅僥儕傾儖愭抂儕僒乕僠僀儞僼儔椷榓4擭搙棙梡惉壥敪昞夛, 暥晹壢妛徣尋媶岎棳僙儞僞乕崙嵺夛媍応 僆儞儔僀儞暪梡奐嵜, Sep. 2023.

庴徿

  1. 暥晹壢妛徣儅僥儕傾儖愭抂儕僒乕僠僀儞僼儔 椷榓4擭搙廏偱偨棙梡惉壥 桪廏徿 2023/2/1
  2. 搶嫗擾岺戝妛 妛弍尋媶妶摦妛惗昞彶 2022/4/5
  3. 僥儔僿儖僣壢妛偺嵟愭抂VIII 桪廏妛惗敪昞徿 2021/11/25

敪昞摦夋


Harumi Asada and Takehito Suzuki,
"Metasurface demonstrating both high refractive index
and low reflectance in the infrared region,"
The Third International Symposium on Frontiers in THz Technology,
Fr1-4, Fukui, Nov. 2022.


Harumi Asada and Takehito Suzuki,
"Reflectionless Metasurface with High Refractive Index
in the 50-THz Band for Directivity Control of Thermal Radiation,"
IRMMW-THz 2022, Tu-P-43, Hybrid (Delft and Virtual Conference), Aug. 2022.


挬揷惏旤, 楅栘寬恗,
"擬鐃幩惂屼偵岦偗偨崅孅愜棪柍斀幩儊僞僒乕僼僃僗偺崅廃攇壔偺専摙,"
僥儔僿儖僣壢妛偺嵟愭抂VIII, Con-12, 僆儞儔僀儞奐嵜, Nov. 2021.
(妛夛敪昞偲偼暿偱嶣塭)

曬摴娭學

  1. Chem-Station, 乽僾儕儞僞乕偱報嶞偱偒傞丄揹攇傪憖傞恖岺僗乕僷乕嵽椏乿(2021/6/4)
  2. 擔姧岺嬈怴暦, 乽僥儔僿儖僣揹帴攇孅愜丂搶嫗擾岺戝偑恖岺峔憿嵽丄俇俧岦偗晹嵽採埬乿(2021/5/18)
  3. OpluseE,乽僾儕儞僞乕偱憂傞崅孅愜棪丒柍斀幩側僗乕僷乕嵽椏乿(2021/5/17)
  4. EurekAlert! Science News Releases, 乽Using micro-sized cut metal wires, Japanese team forges path to new uses for terahertz waves乿乽僾儕儞僞乕偱憂傞崅孅愜棪丒柍斀幩側僗乕僷乕嵽椏乿(2021/5/13)
  5. 僥僢僋丒傾僀媄弍忣曬尋媶強, 乽僾儕儞僞乕偱憂傞崅孅愜棪丒柍斀幩側僗乕僷乕嵽椏 乣枹棃偺忣曬捠怣傗擬儅僱僕儊儞僩偵岦偗偰乣乿 (2021/4/30)
  6. OPTRONICS ONLINE, 乽擾岺戝丆THz偵懳偟崅孅愜棪丒柍斀幩側嵽椏傪奐敪乿(2021/4/30)

暥壔妶摦摍

  1. 壢妛幰堐怴弇 拞擵搰戞13婜丒屼拑僲悈戞11婜 弇惗 2021-
  2. 搶嫗擾岺戝妛 塅拡岺妛尋媶晹 Lightus 2015-2018

強懏妛夛

  1. 墳梡暔棟妛夛 2018-