MARC

 008061114s2004        ulka                    000a    kor
■020    ▼a89-300-8028-6
■0801  ▼a628
■082    ▼a628▼b김42ㅈ▼223
■090    ▼a628▼b김42ㅈ
■1001  ▼a김종성,  박상도,  박정훈,  성준용,  유기풍,  이종협,  조영상
■24510▼a지속발전가능성을  위한  청정생산기술/▼d김종성,  박상도,  박정훈,  성준용,  유기풍,이종협,  조영상  공저.▼n2
■260    ▼a서울▼b나남출판,▼c2004
■300    ▼a362p.:p.▼b삽도▼c23cm
■44000▼a한국공학한림원연구총서;▼v2
■505    ▼a제1장  서론▼c11▼a1.청정생산기술의  개념  및  특징▼c11▼a2.  청정생산기술의  분류▼c23▼a3.청정생산기술의  도입의  필요성▼c31▼a4.  청정기술과  관력된  개념▼c85▼a5.  지속가능한  기술▼c101▼a제2장  녹색화학(Green  Chermistry)▼c109▼a1.  녹색화학의  목표와  내용▼c109▼a2.  녹색화학의  성공적인  개발과  상용화  사례▼c116▼a3.  각국의  녹색화학  기술개발  현황  및  지원  제도▼c12400▼a4.  청정생산을  위한  촉매▼c13711▼a5.  새로운  합성반응  기술▼c14222▼a6.  녹색화학  국내  현황과  기술개발  전략▼c14733▼a제3장  생물기술(Biotechnology)▼c14944▼a1.  생물기술의  청정생산에의  응용▼c14955▼a2.  산업용  생물촉매  (biocatalyst)에  의한  청정생산▼c15866▼a3.  국내외  바이오  산업의  동향▼c16377▼a4.  생물기술  개발과  청정생산에의  응용  전략▼c16888▼a제4장  환경친화적  소개▼c17199▼a1.Eco-material▼c17100▼a2.  Bio-product▼c18411▼a3.  분해성  고분자▼c18822▼a4.  환경친하적  계면활성제▼c19733▼a5.  기타  환경소재▼c20244▼a6.  국내의  친환경소재  기술개발  현황과  전략▼c20755▼a제5장  새로운  공정  기술▼c21166▼a1.  프로세스  통합기술▼c21177▼a2.  환경친화적  분리기술▼c21688▼a3.  용수의  재이용  기술▼c22599▼a4.  무방류를  위한  공정기술  개발전략▼c23600▼a제6장  나노기술(nanotechnology)▼c23711▼a1.  나노기술의  정의  및  분류▼c23722▼a2.나노기술의  청정생산/환경  응용▼c24433▼a3.  주요  청정생산/환경  관련  나노  기술▼c25044▼a4.  나노기술의  전망▼c26455▼a5.  국외의  나노기술  개발  현황  및  전략▼c26766▼a6.  국내의  나노기술  개발  현황  및  전략▼c27577▼a제7장  에너지▼c28588▼a1.  환경문제  극복을  위한  에너지  기술  개발▼c28599▼a2.  대체에너지  기술▼c30000▼a3.  청정에너지  기술과  청정에너지  응용▼c31711▼a4.  국내  에너지절약  기술개발  내용▼c32022▼a5.  국내외  에너지  기술  국가지원  현황과  지원  제도▼c33233
■950    ▼b￦18000

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