摦夋
Live拞宲
攝怣摦夋
Takahide Yasukawa, Shunji Yamamori, Harumi Asada,
and Takehito Suzuki, "Terahertz vortex metasurface for integration
into compact terahertz continuous-wave sources,"
IRMMW-THz2024, Perth, Sep. 2024.
埨愳 峍廏, 嶳怷 弜巌, 楅栘 寬恗, "僥儔僿儖僣楢懕敪怳岝尮傊偺廤愊壔偵
丂岦偗偨暯柺峔憿偺岝塓惗惉慺巕偺幚尡,"戞84夞墳梡暔棟妛夛廐婫妛弍島墘夛,
19a-B203-6, 孎杮巗柉夛娰, Sep. 2023. (敪昞偲偼暿偱嶣塭)
鍌郪 夽搇, "儊僞儗儞僘傾儞僥僫偺應掕偵岦偗偨僥儔僿儖僣攇偺
嬻娫暘晍偺帪娫敪揥偺昡壙朄偺攃埇," 懖榑拞娫曬崘夛, Sep. 2023.
棊崌 恀奀, "僥儔僿儖僣楢懕敪怳岝尮傊偺廤愊壔偵岦偗偨
僐儕儊乕僩偲岝塓惗惉偺擇婡擻慺巕偺愝寁," 懖榑拞娫曬崘夛, Sep. 2023.
陰摗 桽婓, "僥儔僿儖僣攇懷儊僞僒乕僼僃僗偺
暘嶶摿惈偺愝寁偵傛傞巜岦惈惂屼偺専摙," 懖榑拞娫曬崘夛, Sep. 2023.
嶰僣堜 桽僲夘, "幬擖幩傪峫椂偟偨
愊憌峔憿儊僞僒乕僼僃僗偺愝寁偱偺堦専摙," 懖榑拞娫曬崘夛, Sep. 2023.
婡嵽偺晄嬶崌偱壒惡側偟
壒惡偁傝
Keita Mochizuki, Harumi Asada, and Takehito Suzuki, "Manipulation
of terahertz waves with a right- or left-handed metasurface for directivity
enhancement," IRMMW-THz 2023, We-PM2-3-7, Montreal, Sep. 2023.
2023擭9寧10擔 17擔丂BS僼僕 僈儕儗僆X
塅栰 峎惗, 塝搰 峃暯, 楅栘 寬恗, "0.3THz懷愊憌峔憿
儊僞僒乕僼僃僗傾儞僥僫偺愙拝僔乕僩傪梡偄偨愝寁,"
2023擭戞70夞墳梡暔棟妛夛弔婫妛弍島墘夛,
16p-A202-14, 僴僀僽儕僢僪奐嵜(忋抭戝妛+僆儞儔僀儞), Mar. 2023.
(墳暔敪昞偲偼暿偱嶣塭)
埨愳 峍廏, 嶳怷 弜巌, 楅栘 寬恗,
"桿揹棪偲摟帴棪偺椉曽傪惂屼偟偨儊僞傾僩儉偺攝抲愝寁偵傛傞
僥儔僿儖僣岝塓惗惉慺巕,"
揹巕忣曬捠怣妛夛搶嫗巟晹妛惗夛尋媶敪昞夛, Mar. 2023.
(妛惗夛偲偼暿偱嶣塭)
塝搰 峃暯, 楅栘 寬恗, "儊僞儗儞僘傾儞僥僫偲嫟柭僩儞僱儖僟僀僆乕僪偺
梈崌偵傛傞0.3THz懷30dB巜岦惈棙摼偺愝寁," 怣妛媄曬, vol.122,
no.352, MWPTHz2022-66, pp.47-52, Jan. 2023.
(尋媶夛偲偼暿偱嶣塭)
嶳怷 弜巌, 塝搰 峃暯, 楅栘 寬恗,
"柍曃岝丒崅孅愜棪丒掅斀幩側儊僞僒乕僼僃僗偵傛傞
僥儔僿儖僣岝塓惗惉慺巕偺愝寁,"
怣妛媄曬, vol.122, no.352, MWPTHz2022-67, pp.53-58, Jan. 2023.
(尋媶夛偲偼暿偱嶣塭)
塅栰 峎惗, "僥儔僿儖僣攇懷儊僞僒乕僼僃僗傾儞僥僫偺崅廃攇壔偵岦偗偨
應掕昡壙朄偲帋嶌朄偺専摙" 懖榑拞娫曬崘夛, Sep. 2022.
摦夋曇廤幰丂埨愳
丂(BGM 僴儎僔儐僂乽偍側偠傒偺晽宨乿丄杺墹嵃乽僱僆儘僢僋83乿)
丂埨愳 峍廏, "儊僞僒乕僼僃僗偵傛偭偰惂屼偝傟偨
僥儔僿儖僣攇柺偺昡壙朄偺専摙," 懖榑拞娫曬崘夛, Sep. 2022.
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.(妛夛敪昞偲偼暿偱嶣塭)
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.
嶳怷 弜巌, 嵅摗 寶搒, 棲 媣旤巕, 抮杮 嵷乆巕, 楅栘 寬恗, "僥儔僿儖僣岝塓惗惉儊僞僒乕僼僃僗偺婡夿妛廗偺傾僔僗僩傕妶梡偟偨嵟揔壔偺専摙,"
揹巕忣曬捠怣妛夛搶嫗巟晹妛惗夛尋媶敪昞夛, Mar. 2022. (敪昞夛偲偼暿偱嶣塭)
嶳怷 弜巌, "揹攇媧廂懱偺摿惈偺昡壙偲崅孅愜棪丒掅斀幩側儊僞僒乕僼僃僗偵傛傞僥儔僿儖僣岝塓専弌偺専摙," 懖榑敪昞夛, Feb. 2022. (懖榑敪昞偲偼暿偱嶣塭)
嵅摗 寶搒"柍曃岝丒崅孅愜棪丒掅斀幩側儊僞僒乕僼僃僗傪梡偄偨 0.3THz 懷1憌丒愊憌峔憿傾儞僥僫偺尋媶" 廋榑怰嵏,
Sep. 2021. (廋榑怰嵏偲偼暿偱嶣塭)
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)
拞揷惉墰, 嵅摗寶搒, 塝搰峃暯, 棲媣旤巕, 楅栘寬恗,
"0.3THz懷愊憌宆椉柺峔憿儁傾僇僢僩儚僀儎乕傾儗乕傾儞僥僫偺愝寁"
僥儔僿儖僣壢妛偺嵟愭抂VIII, Con-11, 僆儞儔僀儞奐嵜, Nov. 2021.
(妛夛敪昞偲偼暿偱嶣塭)
拞揷 惉墰 "愊憌宆偺椉柺峔憿儁傾僇僢僩儚僀儎乕傾儗乕傾儞僥僫偺0.3THz懷偱偺摦嶌幚徹" 妛撪, Sep.
2021. (懖尋峔憐丒僞僀僩儖偼懖尋僞僀僩儖傪巊梡)
朷寧 宨懢 "柍曃岝丒僛儘孅愜棪丒柍斀幩側0.3THz懷儊僞僒乕僼僃僗偺墳梡"
妛撪, Sep. 2021. (懖尋峔憐丒僞僀僩儖偼懖尋僞僀僩儖傪巊梡)
嶳怷 弜巌 "柍曃岝丒崅孅愜棪丒柍斀幩側儊僞僒乕僼僃僗偵傛傞僥儔僿儖僣岝塓敪惗偺幚徹" 妛撪, Sep. 2021.
(懖尋峔憐丒僞僀僩儖偼懖尋僞僀僩儖傪巊梡)
娾堜 惓(B4) "儊僞丒儅僥儕傾儖僘丒僀儞僼僅儅僥傿僋僗偵岦偗偰
TensorFlow摫擖曇" 尋媶幒撪偱偺曌嫮夛
拞旜 弔塮(M1) "Terahertz 3D Components Made from Metamaterials,"
IRMMW-THz 2019, Paris, Sep. 2019.
楅栘 寬恗 "Transparent Terahertz Metamaterial with an Extremely Wide
Range of Refractive Indices for Antenna Applications"
搉堜 榓墰(M1) "Metamaterial Demonstrate Both a High Refractive Index
and Extremely Low Reflection in the 0.3-THz band"
嵅摗 棾栫(M2) "Transparent Terahertz Metamaterial with a Refractive
Index of Zero"
愇尨 岟婎(M2) "Transparent Metamaterial with Extremely High Refractive
Index for Terahertz Applications"
楅栘 寬恗 "Terahertz Component Platforms Inspired by Metamaterials"
愇尨 岟婎(M1) "Flexible Film with Paired Cut Wires for a Uniquely
High FOM above 300"
嵅摗 棾栫(M1) "Epsilon-near-zero Metal-slit Array Antenna with Holes"