丂杮晹栧偵偍偄偰偼丆師悽戙偺壔妛媄弍嶻嬈堢惉偵岦偗偨妛嵺揑偺嫮偄妛弍椞堟傪僇僶乕偡傞偙偲傪栚揑偵丆暔幙壔妛丒婡擻嵽椏壢妛丒奀梞壢妛丒奀梞惗暔妛丒抧媴壢妛摍偺暋崌丒梈崌椞堟偵娭偡傞尋媶傪悇恑偡傞丅嬶懱揑偵偼丆杮妛偺桪埵惈偲抧堟惈傪嵟戝尷偵妶梡偟丆僌儕乕儞僒僀僄儞僗僾儘僕僃僋僩偱妋棫偟偰偒偨妛弍揑婎斦偺偝傜側傞揥奐傪栚揑偵丆椞堟墶抐揑側尋媶傪悇恑偡傞丅
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丂奜晹帒嬥傪妉摼偟丆乽奀梞乿丆乽婡擻暔幙乿丆乽娐嫬乿摍傪僉乕儚乕僪偲偡傞憤崌壢妛宯偺 僾儘僕僃僋僩尋媶傪悇恑偟丆崅偄悈弨偺尋媶惉壥傪悽奅偵岦偗偰敪怣偡傞偲偲傕偵丆抧堟傊偺巤嶔採尵摍傪捠偠偰抧堟偺妶惈壔偵婑梌偡傞丅 嬶懱揑偵偼壓婰偺妶摦傪峴偆丅
嘇 崙撪丒崙嵺夛媍摍偱偺尋媶惉壥敪昞傪愊嬌揑偵峴偆丅
嘊 尋媶妶摦偺惉壥偵婎偯偔抦揑嵿嶻尃偺弌婅傗庢摼傪愊嬌揑偵峴偆丅
嘋 妛宯丒晹栧偑庡嵜偡傞僔儞億僕僂儉奐嵜丆HP傗僯儏乕僗儗僞乕敪峴偵傛傞惉壥敪怣傪妶敪偵峴偆丅
嘍 壢尋旓偍傛傃嫞憟揑奜晹帒嬥乮帺帯懱偲楢実偟偨崙偺曗彆帠嬈傪娷傓乯偺妉摼傪愊嬌揑偵峴偆丅
嘐 壢妛媄弍怳嫽挷惍旓摍偺戝宆尋媶帒嬥偺嵦戰傪傔偞偡丅
嘑 晹栧撪偍傛傃妛撪墶抐揑僾儘僕僃僋僩尋媶傪愊嬌揑偵悇恑偡傞丅
嘒 崙嵺偍傛傃抧堟楢実傪拞怱偲偟偨嫟摨帠嬈丒嫟摨尋媶傪愊嬌揑偵悇恑偡傞丅
嘓 嵼奜尋媶丆奀奜挷嵏尋媶丆奀奜尋廋偍傛傃奜崙恖尋媶幰庴擖摍丆崙嵺岎棳傪妶敪偵峴偆丅
嘔 妛弍帍摍偺曇廤埾堳妶摦偍傛傃怰嵏埾堳妶摦傪峴偆丅
嘕 慡妛揑埾堳偍傛傃晹栧撪扴摉埾堳偲偟偰偺妶摦傪愊嬌揑偵峴偆偲嫟偵丆奺庬峀曬妶摦傊愊嬌揑偵嶲壛偡傞丅
偙傟傜傪払惉偡傞偨傔偵丆擭搙偛偲偵帺屓揰専丒昡壙傪峴偄丆師擭搙偺寁夋傪棫埬偟丆偦偺寁夋偵廬偄妶摦傪幚巤偡傞丅 |
侾乯奀掙峼暔帒尮偵娭偡傞妛嵺揑尋媶丗挷嵏丆夝愅丆棙妶梡
丂丂Interdisciplinary research on seabed mineral resources: exploration, analysis and applications
丂丂忋揷丄壀懞丄懞嶳丄嶳杮丄惣旜丄栰岥丄塝杮丄彫壨丄墱懞丄揷拞丄娾旜
杮僾儘僕僃僋僩偱偼丆奀掙峼暔帒尮偵娭楢偡傞尋媶傪堎暘栰梈崌揑偵悇恑偡傞偙偲傪栚揑偲偟偰偄傞丅嬶懱揑偵偼丆怺奀偵偍偗傞尰応寁應壜擻側僙儞僒乕奐敪丆奀掙峼暔帒尮偵娭傢傞娾愇傗懲愊暔偍傛傃桸悈傗娫寗悈摍偺壔妛揑偍傛傃屆抧帴婥妛揑尋媶丆奀掙峼暔帒尮偵朙晉偵懚嵼偡傞儗傾儊僞儖傪巊偭偨怴婯暔幙偺憂惉偵娭偡傞尋媶傪峴偭偰偄傞丅
Several interdisciplinary studies related to seabed mineral resources are conducted in this project.
(1)Development of new in-situ sensors working in deep sea environment for exploring seabed mineral resources;
(2) Chemical and paleomagnetic studies on rocks and water analysis to investigate crustal and earth activities;
(3) Synthesis of new functional materials by using critical metals.
俀乯奀梞惗暔帒尮傪梡偄偨惗柦壢妛尋媶僾儘僕僃僋僩
丂丂Research project on chemistry and biology using marine bioresources
丂丂捗揷丆嶰塝丆帥杮丆烴堜丆惸摗丆擄攇丆Ulanova丆彫栰帥
俁乯帩懕壜擻幮夛偵偍偗傞壔妛丆娐嫬丆堛椕丆僄儗僋僩儘僯僋僗暘栰偵峷專偡傞嵽椏偺憂惢
丂丂Material challenges in chemical, environmental, life, and electronic science & technology for sustainable society
丂丂壎揷丆搉曈丆妬朏丆攇懡栰丆崱懞丆恗巕丆墇抭
杮僾儘僕僃僋僩偱偼丆壔妛傪婎斦偲偟偨怴婯側桳婡嵽椏偍傛傃柍婡嵽椏偺奐敪
偵娭偡傞尋媶傪峴偆丅嬶懱揑偵偼丆嘆掅娐嫬晧壸傗僶僀僆儅僗帒尮棙梡偺偨傔偺怴婯側屌懱怗攠傗岝怗攠丄嘇堛椕棙梡偺偨傔偺寀岝怓慺傗嬥懏僫僲棻巕傪梡偄偨暘巕専弌僾儘乕僽傗惗懱恊榓惈僙儔儈僢僋僗丄嘊儐僯乕僋側惈幙傪帵偡僙儔儈僢僋僗敄枌傗婡擻惈崅暘巕枌偵娭偡傞尋媶傪峴偆丅
In this project, our team engages in the development of novel organic and/or inorganic materials based on chemical technology as follows;
(1) Heterogeneous catalysts and photocatalysts toward environmental friendly and biomass utilized sustainable-society.
(2) Molecular sensing and diagnostic tools based on photo-functionalized organic and inorganic nanoparticles toward biomedical applications.
(3) Ceramics thin films and functional polymer films possessing unique properties.
係乯暔幙丆斀墳偍傛傃暘愅丒昡壙朄偺奐敪傪捠偠偨壔妛尰徾偺扵媶
丂丂Pursuit of chemical phenomena through developments of materials, reactions and analysis and evaluation methods
丂丂徏杮丆暷懞丆榓愹丆怷丆嶳揷丆彫
The goal of our project is from pursuit of chemical phenomena to establishment of practical application through synthesis and application of biomolecules and biomimetic compounds and development of analysis and evaluation methods and environment improvement using new methods.
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