01661nam a2200337 c 4500001001300000005001500013008004100028040001100069041001300080052002800093245026200121300003200383545004700415545004700462545006900509545007400578545007400652653019600726700001900922700001400941700004800955700004801003700003601051773012501087856002001212900001701232900001701249900001901266900002001285900001801305KSI00004093920040128182733031010s2002    ulka          000   kor    a0110010 akorbeng01a570.5b한648ㅎc40(5)00a액상합성법에 의한 초고용량 캐패시터용 Ru<TEX>$$O_x$$</TEX> 나노입자 합성=xSynthesis of Ru<TEX>$$O_x$$</TEX> nanoparticles for supercapacitor by liquid phase synthesis method/d김두현,e서원식,e송기창,e신경희,e김종휘  ap. 607-612:b삽도;c29 cm  a김두현, 건양대학교 화학공학과  a서원식, 건양대학교 화학공학과  a송기창, 건양대학교 화학공학과bsongkc@konyang.ac.kr  a신경희, 한국에너지기술연구원 에너지저장연구센터  a김종휘, 한국에너지기술연구원 에너지저장연구센터  a화학공학a액상합성법a초고용량a캐패시터a나노입자aNanoparticlesaRu<TEX>$$O_x$$</TEX>aPrecipitation methodaMicroemulsion methodaSupercapacitoraSpecific surface area1 a김두현4aut1 a서원식1 a송기창,g宋基暢,d1960-0KAC2018356351 a신경희,g辛慶熙,d1968-0KAC2017387361 a김종휘,d1957-0KAC2018061220 t화학공학.d한국화학공학회.g40권 5호(2002년 10월), p. 607-612q40:5<607w(011001)KSE199509737,x0304-128X40uT00000383348ad10aKim, Du-Hyun10aSeo, Won-Sik10aSong, Ki-Chang10aShin, Kyung-Hee10aKim, Jong-Huy