MARC

 008130516s2012        ulka                    000      kor
■020    ▼a9788942913053
■0801  ▼a620.92
■082    ▼a333.794▼b과92ㅈ▼223
■090    ▼a333.794▼b과92ㅈ
■1001  ▼a과학나눔연구회  정해상  지음
■24510▼a재생  가능  에너지▼d과학나눔연구회  정해상  지음
■260    ▼a서울▼b도서출판  일진사▼c2012
■300    ▼a237p.▼b삽도▼c23cm
■505    ▼a01  태양  에너지▼c15▼d55▼a1·1  태양  에너지와  태양광  발전▼c15▼d22▼a1·2  태양전지의  종류와  특징▼c24▼d41▼a1·3  태양광  발전  시스템▼c44▼d46▼a1·4  태양광  발전의  기술  개발▼c49▼d55▼a02  해양  에너지▼c63▼d90▼a2·1  바다의  에너지와  에너지  물질▼c63▼d64▼a2·2  해양  에너지의  종류와  특징▼c65▼d66▼a2·3  조석  에너지▼c67▼d68▼a2·4  해류  에너지와  조류  에너지▼c71▼d7200▼a2·5  파랑  에너지▼c73▼d7711▼a2·6  해양  온도차  에너지▼c80▼d9022▼a03  풍력  에너지▼c95▼d12233▼a3·1  풍차  이용의  역사▼c9544▼a3·2  에너지원으로서의  바람▼c99▼d10055▼a3·3  바람으로부터  파워를  얻어내려면▼c101▼d10366▼a3·4  풍차의  성능  평가▼c114▼d11677▼a3·5  풍차의  설치  장소▼c117▼d12088▼a3·6  풍력  발전의  사용법▼c12299▼a04  바이오매스  에너지▼c135▼d15600▼a4·1  바이오매스  에너지의  특징▼c13511▼a4·2  바이오매스로  에탄올을  제조▼c13822▼a4·3  바이오  디젤▼c14033▼a4·4  바이오매스  발전▼c14244▼a4·5  바이오매스로  오일  생산▼c14755▼a4·6  바이오매스의  열  이용▼c150▼d15166▼a4·7  조림에  의한  CO2  고정화  효과▼c15277▼a4·8  바이오  매스  플랜테이션에  의한  CO2  감축▼c154▼d15688▼a05  수소  에너지▼c161▼d21999▼a5·1  지금  왜  수소가  필요한가▼c161▼d16200▼a5·2  수소의  물성▼c163▼d16811▼a5·3  수소를  얻는  방법▼c170▼d18922▼a5·4  수소의  저장과  수송▼c191▼d20733▼a5·5  수소는  어디에  쓰이는가▼c208▼d21944▼a06  재생  가능  에너지의  평가▼c223▼d23655▼a6·1  재생  가능  에너지의  수지  계산▼c22366▼a6·2  재생  가능  에너지  이용을  위한  투입  에너지▼c22577▼a6·3  라이프사이클  어세스먼트▼c22688▼a6·4  에너지  페이백  타임▼c23199▼a6·5  CO2  페이백  타임▼c23200▼a6·6  면적당  효율▼c23511▼a6·7  재생  가능  에너지에  대한  기대▼c23622
■9500  ▼c15,000

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