MARC

 008100310s2009        ulka                    000      kor
■020    ▼a8985485539
■0801  ▼a620.92.1
■082    ▼a621.312136▼b김54ㅍ▼223
■090    ▼a621.312136▼b김54ㅍ
■1001  ▼a김석권  편역
■24510▼a풍력발전  기술자료와  신재생  에너지의  사례집▼d김석권  편역
■250    ▼a신1판
■260    ▼a서울▼b신기술▼c2009
■300    ▼a350p.▼b삽도▼c27cm
■505    ▼a제1장  풍력발전에  대하여▼c1▼a1.1  세계와  일본의  풍력개발의  현향▼c1▼a1.2  풍력발전개발경향▼c2▼a제2장  풍차와  지구환경  ·  지역환경의  관계▼c9▼a2.1  풍차와  지구환경과의  관계▼c9▼a2.2  풍차와  소음▼c12▼a2.3  풍차와  지역환경의  관계▼c14▼a제3장  현재의  풍차기술과  코스트▼c19▼a3.1  현재의  초대형  풍차▼c20▼a3.2  소형  수평축  풍차▼c2300▼a3.3  최근의  풍차  코스트▼c2611▼a3.4  풍차의  이용율,  풍차의  수명과  고장원인  ·  개소▼c2822▼a3.5  일본  구내의  풍차  판매회사  및  집합형  풍력발전소  개발회사  (데벨로퍼)의  소개▼c3033▼a제4장  알기위운  풍차공학▼c3144▼a풍차의  기술혁신이란  무엇인가?▼c3155▼a4.1  풍차의  이론효율▼c3266▼a풍차의  기술혁신이란  무엇인가?▼c3177▼a4.1  풍차의  이론효율▼c3288▼a4.2  풍력의  기술혁신▼c3699▼a4.3  풍력발전  전역의  안정성과  기술진보▼c5100▼a제5장  바람에너지의  측정방법▼c5311▼a5.1  지구를  둘러싸는  바람▼c5522▼a5.2  바람의  측정방법▼c5733▼a5.3  풍향데이터의  정리방법▼c6244▼a5.4  풍향  맵  ·  본국각지의  풍속▼c6655▼a제6장  풍력발전의  개발정책▼c6766▼a6.1  본국에서의  요망되는  풍력개발정책▼c6777▼a제7장  수평축  풍차▼c7588▼a7.1  수평축  풍차는?▼c7599▼a7.2  수직출  풍차▼c7600▼a7.3  풍차의  성능과  비교▼c7811▼a7.4  출력계수  (空力效率,  파워계수)  Cp▼c7922▼a7.5  윈드팜▼c7933▼a7.6  해상풍차▼c8044▼a7.7  풍특성▼c8355▼a7.8  바람의  계측과  풍력에너지  자원량의  견적▼c8766▼a제8장  풍차의  기초지식▼c9177▼a제9장  운동량  이론▼c9588▼a제10장  익소  이론▼c10199▼a10.1  익소  ·  운동이론에  의한  풍차의  최적설계와  성는해석▼c10400▼a10.2  설계와  성능해석의  실제▼c10911▼a10.3  설계  ·  해석구도의  제공▼c11122▼a제11장  시스템의  구성과  명칭▼c11333▼a11.1  시스템의  구성과  명칭▼c11344▼a11.2  풍차에  작용하는  힘▼c11455▼a11.3  로터기술▼c11766▼a11.4  풍차의  익형▼c12377▼a11.5  풍력발전  시스템의  제어▼c12788▼a11.6  피치제어▼c12999▼a11.7  스토제어▼c13200▼a11.8  방위제어▼c13411▼a11.9  부하제어▼c13722▼a11.10  가변속  운전시스템▼c13833▼a제12장  풍력발전  시스템의  구조와  메카니즘▼c14144▼a12.1  풍력발전  시스템의  기술▼c14155▼a12.2  로터  블레이드▼c14366▼a12.3  베어링과  돌력전달  시스템▼c14577▼a12.4  발전기와  전력변환  시스템▼c14888▼a12.5  나셀과  타워▼c15199▼a12.6  풍력발전  시스템의  안정성과  신뢰성▼c15200▼a12.7  풍력발전  시스템과  진동▼c15411▼a12.8  페일  세이프▼c15622▼a12.9  피로  설계▼c15733▼a12.10  낙뢰의  영향과  대책▼c15944▼a12.11  풍력발전  시스템의  디자인  흐름▼c16055▼a12.12  대형풍차  시스템의  디자인▼c16466▼a12.13  해상풍차  시스템의  디자인▼c26577▼a12.14  소형풍차  시스템의  디자인▼c16788▼a제13장  계통연계  시스템▼c17199▼a13.1  계통연계란  무엇이가?▼c17100▼a13.2  하이브리드  시스템▼c17411▼a13.3  소음문제와  소음계측▼c17622▼a신재생  에너지소개  ·  풍력▼c17933▼a풍력발전  기술의  현향과  미래▼c18144▼a국내  풍력발전단지  유망  후보지  및  잠재수요▼c19355▼a중구과  한국의  풍력발전▼c20166▼a덴마크  풍력현향▼c20777▼a고층빌딩에  대형풍력발전기  설치  ·  가동  성공▼c21188▼a대체에너지  기술보유국이  강대국으로  떠오를  것▼c21599▼a신재생에너지  기술개발사업  업무  매뉴얼▼c21700▼a신재생  에너지의  종류▼c24111▼a대체에너지에  대하여▼c27822▼a신에너지  및  재생에너지  개발  ·  이용  ·  보급  촉진법령집▼c30933
■9500  ▼c33,000

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