MARC

 008100312s2009        ulka                    000      kor
■020    ▼a9788985446228
■0801  ▼a620.92.1
■082    ▼a621.31244▼b요58ㅌ▼223
■090    ▼a621.31244▼b요58ㅌ
■1001  ▼a하마카와  요시히로  지음
■24510▼a태양전지▼d하마카와  요시히로  지음▼e한동순  역
■260    ▼a서울▼b기술정보▼c2009
■300    ▼a303p.▼b삽도▼c22cm
■505    ▼a1  총론▼a1.1  머리말▼c1▼a1.2  에너지  혁명과  문명의  진보▼c1▼a1.3  에너지  수요예측과  에너지  자원▼c4▼a1.4  3E의  삼중고(trilemma)와  그  해결책▼c8▼a1.5  태양  에너지의  질과  양▼c13▼a1.6  태양광  발전의  독특한  특질▼c17▼a2  태양전지의  원리와  디바이스  물성▼a2.1  머리말▼c20▼a2.2  반도체의  광흡수와  광전도  효과▼c2000▼a2.3  반도체의  광기전력  효과▼c2611▼a2.4  태양전지의  원리와  에너지  변환효율▼c2922▼a2.5  이론  한계효율과  태양전지의  손실▼c3533▼a2.6  고효율화  기술과  그  디바이스  물성▼c3844▼a3  단결정  실리콘  태양전지와  태양전지  모듈55▼a3.1  머리말▼c4966▼a3.2  단결정  실리콘  태양전지  셀의  제조방법▼c5177▼a3.3  HIT  태양전지  셀과  그  제조방법▼c5688▼a3.4  대면적  태양전지  모듈▼c6299▼a3.5  채광형  태양전지  모듈▼c6600▼a3.6  초(超)  고효율  태양전지를  지향한  R&D  분야에서의  새로운  전개▼c6811▼a4  다결정  실리콘  태양전지22▼a4.1  머리말▼c7233▼a4.2  다결정  실리콘  잉곳의  제조기▼c7344▼a4.3  다결정  실리콘  태양전지의  고효율화  기술▼c7555▼a4.4  다결정  박막  실리콘  태양전지의  개발▼c8066▼a4.5  맺음말▼c8477▼a5  비정질  및  미세  결정질  실리콘  박막  태양전지88▼a5.1  머리말▼c8799▼a5.2  Si계  박막의  제작,  기초  물성과  태양전지의  물리적  디바이▼c8800▼a5.3  비정질  실리콘  태양전지와  그  성능▼c10611▼a5.4  박막  미세  결정질  실리콘(μc-Si)  태양  전지와  그  성능▼c12022▼a5.5  비정질  Si/미세  결정  Si  탠덤형  태양전지▼c12733▼a6  CIS  및  CIGS계  태양전지의  접합형성과  그  제법▼c13944▼a6.4  모듈의  제법과  그  양산화  기술▼c14555▼a6.5  R&D  분야에서의  새로운  전개▼c14766▼a6.6  맺음말▼c15177▼a7  Ⅲ-V족  태양전지88▼a7.1  머리말▼c15399▼a7.2  Ⅲ-  V  족계  반도체  태양전지용  재료로서의  특징▼c15400▼a7.3  GaAs계  태양전지  셀의  접합  구성과  그  제조법▼c15811▼a7.4  초고효율  다(多)접합  구조의  태양전지와  그  접합  구성▼c16522▼a7.5  집광형  태양전지  기술과  전개▼c17033▼a7.6  R&D  분야의  새로운  전개▼c17044▼a8  색소증감형  태양전지55▼a8.1  머리말▼c17466▼a8.2  색소증감형  태양전지의  특징▼c17577▼a8.3  기본  원리와  이론달성  효율▼c17788▼a8.4  색소증감형  태양전지의  구조와  그  제작법▼c18099▼a8.5  색소증감형  태양전지  기술의  현황과  성능▼c18800▼a8.6  R&D  분야의  새로운  전개▼c19011▼a9  민생  응용22▼a9.1  머리말▼c19633▼a9.2  솔라  전자계산기▼c19844▼a9.3  솔라  손목시계▼c20055▼a9.4  기타  응용▼c20266▼a9.5  교통  시스템에의  응용▼c20377▼a9.6  재해,  구조  시스템에의  응용▼c20788▼a9.7  민생  응용의  새로운  전개▼c20999▼a10  주택용  태양광  발전  시스템00▼a10.1  머리말▼c21111▼a10.2  주택용  태양광  발전  시스템  설치방법의  종류(지붕  설치형,  지붕  일체형  등)▼c21522▼a10.3  독립형  시스템과  연계형  시스템▼c22033▼a10.4  파워컨디셔너▼c22144▼a10.5  도입사례▼c22555▼a10.6  향후  연구과제▼c22566▼a10.7  맺음말▼c23277▼a11  빌딩용  태양광  발전  모듈과  그  시스템88▼a11.1  머리말▼c23399▼a11.2  빌딩용  건축자재  일체형  태양광  발전  시스템의  특징▼c23400▼a11.3  실적  예  소개▼c23811▼a11.4  채광형  모듈의  가치를  더  높이기  위한  연구▼c24222▼a11.5  빌딩용  건축자재  일체형  태양전지의  설계  ·  기술  ·  시공  면에서의  특징▼c24733▼a11.6  향후  전망▼c24944▼a12  우주  태양광  발전소55▼a12.1  머리말▼c25166▼a12.2  우주개발의  연혁▼c25177▼a12.3  우주공간의  특질과  매력점▼c25288▼a12.4  우주  태양광  발전소  SPS와  그  요소기술▼c25699▼a12.5  SPS용  태양전지와  그  특수성▼c26000▼a12.6  마이크로파  송수전  시스템과  그  요소기술▼c26211▼a12.7  솔라  브리더  구상▼c26622▼a13  태양광  발전의  장래  전망33▼a13.1  일본의  에너지  정책과  뉴  선샤인계획▼c27444▼a13.2  태양광  발전기술  개발  프로젝트와  그  현황▼c28255▼a13.3  21세기  태양광  발전기술의  전망▼c28966▼a13.4  태양광  발전의  새로운  역할과  장래  전망▼c29177▼a색인▼c29988
■9500  ▼c18,000

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