MARC

 008100915s2005        ulka                    000      kor
■020    ▼a8957611592
■0801  ▼a699.8
■082    ▼a690▼b정15ㄱ▼223
■090    ▼a690▼b정15ㄱ
■1001  ▼a정광섭  저
■24510▼a건축환경  공학개론▼d정광섭  저
■260    ▼a서울▼b아진▼c2005
■300    ▼a303p.▼b삽도▼c27cm
■505    ▼a제1장  지구  환경  문제와  건축의  관계▼c1▼a1.  지구  환경  문제와  기속  가능한  개발▼c3▼a2.  지구  온난화와  CO2  배출량  저감▼c4▼a2.1  매커니즘과  영향▼c4▼a2.2  지구  온난화의  방지▼c5▼a3.  오존층  파괴와  프레온  규제▼c6▼a3.1  메커니즘▼c6▼a3.2  프레온  및  할론  규제의  국제적  동향▼c9▼a4.  자원  절약과  폐기물  발생  방지▼c9▼a5.  산성비▼c1300▼a제2장  기후▼c1511▼a1.  외부기후▼c1722▼a1.1  기후와  건축▼c1733▼a1.2  온도와  습도▼c2044▼a1.2.1  기온▼c2055▼a1.2.2  습도▼c2066▼a1.2.3  온습도▼c2177▼a1.3  바람▼c2488▼a1.4  비와  눈▼c2599▼a2.  실내기후▼c2700▼a2.1  인체의  생리와  온열환경요소▼c2711▼a2.2  온열환경지표와  쾌적범위▼c2922▼a제3장  일조와  일사▼c4533▼a1.  태양  위치와  일조▼c4744▼a1.1  일조의  효과▼c4755▼a1.2  태양위치와  시각▼c4866▼a1.3  태양위치와  일영▼c5877▼a1.4  건물과  일조  ·  일영▼c6088▼a1.4.1  건물에서의  일조▼c6199▼a1.4.2  건물의  배치와  형상에  의한  일영의  차이▼c6500▼a1.4.3  연직면(벽,  창)으로의  일조▼c6611▼a1.4.4  일조시간▼c7022▼a1.5  일조조정▼c7233▼a1.5.1  일조조정의  종류▼c7244▼a1.5.2  루버,  휜의  안전각(보호각)▼c7355▼a1.5.3  루버에  의한  일조  차단효과의  검토▼c7366▼a2.  일사▼c7677▼a2.1  일사의  개념▼c7688▼a2.2  일사량▼c7899▼a2.2.1  일사량의  측정▼c7800▼a2.2.2  태양정수▼c7811▼a2.2.3  대기투과율▼c7922▼a2.2.4  직달일사량▼c7933▼a2.2.5  천공복사량▼c8244▼a제4장  열환경과  결로▼c8555▼a1.  전열에  관한  기초사항▼c8766▼a1.1  열전달  방법▼c8777▼a1.2  건축의  벽체를  관류하는  열의  이동과정▼c8988▼a1.3  전열에  관한  열량과  그  단위▼c9099▼a2.  벽체를  관류하는  열량의  계산과  재료의  열적  성질▼c9200▼a2.1  벽체의  열관류량▼c9211▼a2.2  각  재료의  열전도율과  열전도비저항▼c9322▼a2.3  공기층의  열저항▼c9433▼a2.4  부위에  따른  열전달저항과  열전달율의  값▼c9644▼a3.  실온  형성을  위한  열의  수수▼c10155▼a3.1  일사에  의한  수열▼c10266▼a3.2  건축물의  열용량▼c10577▼a3.3  실내에서  발생하는  열▼c10688▼a3.4  열의  이동과  분포▼c10899▼a4.  습기와  결로▼c10800▼a4.1  습기▼c10911▼a4.1.1  공기  중의  습기▼c10922▼a4.1.2  재료  중의  습기▼c10933▼a4.2  실내  습도의  형성▼c10944▼a4.2.1  실내에서  발생하는  수증기▼c10955▼a4.2.2  실내의  습도분포▼c11066▼a4.3  결로▼c11177▼a4.3.1  결로를  일으키는  원인▼c11188▼a4.3.2  표면결로와  내부결로▼c11299▼a4.3.3  결로가  일어나기  쉬운상황▼c11200▼a4.3.4  결로  방지  대책▼c11211▼a4.3.5  결로  평가  방법▼c11322▼a5.  냉난방계획을  위한  기초지식▼c11833▼a5.1  냉난방설계용  온도▼c11944▼a5.1.1  냉난방설계용  기준온도▼c11955▼a5.1.2  설계용  외기온도▼c12066▼a5.1.3  난방도일과  냉방도일▼c12177▼a5.1.4  냉난방부하▼c12288▼a5.2  냉난방  설비의  요구  조건▼c12399▼a제5장  공기환경▼c12500▼a1.  공기오염의  종류와  그  지표▼c12811▼a1.1  인간의  재실에  의한  공기오염▼c12822▼a1.1.1  신성공기와  인간의  호흡▼c12833▼a1.1.2  인간의  재실에  의한  공기오염  지표로서의  CO2  농도▼c12944▼a1.2  오염물질의  종류  및  인체에의  영향▼c12955▼a1.2.1  열  및  수증기▼c13066▼a1.2.2  이산화탄소▼c13277▼a1.2.3  일산화탄소▼c13388▼a1.2.4  기타  유독가스▼c13499▼a1.2.5  분진  및  미세먼지▼c13600▼a1.2.6  포름알데히드▼c13811▼a1.2.7  휘발성  유기화합물▼c14022▼a1.2.8  오존▼c14633▼a1.2.9  세균▼c14944▼a1.2.10  냄새▼c14955▼a2.  필요환기량▼c15066▼a2.1  필요환기량의  표시방법▼c15177▼a2.2  여러  가지  경우의  필요환기량과  그  계산법▼c15288▼a3.  환기계획▼c15699▼a3.1  환기방식의  분류▼c1560000▼a3.2  자연환기의  원리▼c1580101▼a3.2.1  유체의  확산작용▼c1580202▼a3.2.2  온도차  환기▼c1580303▼a3.2.3  풍력환기▼c1600404▼a3.3  건축물과  개구부  조건에  따른  공기의  흐름과  환기량의  차이▼c1630505▼a3.3.1  개구부  형상에  따른  공기의  흐르기  어려움▼c1630606▼a3.3.2  풍향  및  건축형상에  따른  풍압계수의  차이▼c1630707▼a3.3.3  건물의  구조에  따른  환기량의  차이▼c1640808▼a3.4  각종  환기장치▼c1650909▼a3.4.1  국소배기를  위한  후드▼c1651010▼a3.4.2  환기  모니터(환기탑)▼c1661111▼a4.  실내기류와  통풍계획▼c1671212▼a4.1  실내기류의  종류와  풍속의  쾌적범위▼c1671313▼a4.1.1  드래프트(냉기)▼c1671414▼a4.1.2  통풍▼c1681515▼a4.2  통풍계획의  검토사항▼c1681616▼a4.2.1  지역의  하계의  최다풍향▼c1681717▼a4.2.2  개구부의  크기와  위치▼c1681818▼a4.2.3  실내  통풍  경로의  검토▼c1691919▼a제6장  빛환경▼c1712020▼a1.  빛에  관한  기본사항▼c1732121▼a1.1  빛의  양을  나타내는  기본사항▼c1732222▼a1.1.1  빛의  정의▼c1732323▼a1.1.2  빛의  단위▼c1742424▼a1.2  인간의  시각의  특성▼c1772525▼a1.2.1  시각의  메커니즘과  시야▼c1772626▼a1.2.2  파장(색)에  의한  보임의  차이▼c1782727▼a1.2.3  보기  쉬움과  관련된  시각의  특성▼c1802828▼a1.3  빛환경의  목표치▼c1842929▼a2.  채광계획▼c1883030▼a2.1  주광광원▼c1883131▼a2.2  주광율▼c1903232▼a2.2.1  주광율의  개념▼c1903333▼a2.2.2  주광율의  기준치▼c1913434▼a2.2.3  입체각  투사율에  의한  주광율의  계산▼c1933535▼a2.3  창의  설계▼c1993636▼a2.3.1  창의  종류와  그  특징▼c1993737▼a2.3.2  주광  채공  부분(창  등)의  재료▼c2023838▼a3.  인공조명계획▼c2043939▼a3.1  조명방식의  분류▼c2044040▼a3.2  조명의  효율▼c2084141▼a3.3  조명계산▼c2114242▼a1.  음에  관한  기본사항▼c2154343▼a1.1  음의  물리적  성질▼c2154444▼a1.1.1  음파▼c2154545▼a1.1.2  음의  전달속도▼c2174646▼a1.1.3  음의  반사▼c2184747▼a1.1.4  음의  굴절▼c2184848▼a1.1.5  음의  회절▼c2204949▼a1.1.6  음의  간섭▼c2205050▼a1.2  음에  관한  물리량과  그  단위▼c2205151▼a1.2.1  음의  고저를  나타내는  단위▼c2205252▼a1.2.2  음의  강도를  나타내는  단위▼c2215353▼a1.2.3  음의  크기를  나타내는  단위▼c2235454▼a1.2.4  소음  레벨의  단위▼c2255555▼a1.3  음의  레벨의  합성과  분해▼c2265656▼a1.3.1  음의  레벨의  합성(가산)▼c2265757▼a1.3.2  음의  레벨의  분해(감산)▼c2285858▼a1.4  인간  청각의  특성  및  진동감각▼c2295959▼a1.4.1  음의  고저에  관한  청각▼c2296060▼a1.4.2  음의  대소에  관한  청각▼c2316161▼a1.4.3  마스킹  효과▼c2316262▼a1.4.4  초저주파  음에  대한  감각▼c2336363▼a1.4.5  진동  감각▼c2336464▼a2.  소음방지계획▼c2346565▼a2.1  소음에  관한  기본사항▼c2346666▼a2.1.1  소음의  개념▼c2346767▼a2.1.2  소음원의  종류와  SN비▼c2346868▼a2.1.3  음원의  형상▼c2356969▼a2.2  소음의  측정법▼c2367070▼a2.2.1  소음계에  의한  소음레벨의  측정법▼c2367171▼a2.2.2  소음의  주파수  분석▼c2387272▼a2.3  소음의  평가법▼c2397373▼a2.3.1  소음의  기초적  평가법▼c2397474▼a2.3.2  환경소음의  평가법▼c2447575▼a2.3.3  항공기  소음의  평가법▼c2467676▼a2.3.4  실내  소음의  평가법▼c2477777▼a2.4  소음의  허용치▼c2547878▼a2.4.1  환경기준으로서의  소음의  허용치▼c2547979▼a2.4.2  실내소음의  허용치▼c2558080▼a2.4.3  산업노동환경의  소음  허용치▼c2568181▼a2.5  소음  전달▼c2578282▼a2.5.1  공기  전달음과  고체음▼c2578383▼a2.5.2  전달과정에  있어서의  음의  감쇠▼c2588484▼a2.6  차음▼c2608585▼a2.6.1  차음의  개념▼c2608686▼a2.6.2  차음의  정도를  나타내는  여러  가지  양▼c2618787▼a2.6.3  차음특성▼c2628888▼a2.6.4  재료의  차음성능▼c2678989▼a2.7  흡음▼c2689090▼a2.7.1  흡음의  개념▼c2689191▼a2.7.2  흡음의  정도를  나타내는  여러  가지  양▼c2699292▼a2.7.3  재료의  흡음성능▼c2719393▼a2.8  소음방지계획의  요령▼c2729494▼a2.8.1  공기  전달음의  방지책▼c2729595▼a2.8.2  고체음의  방지대책▼c2749696▼a2.8.3  진동방지대책▼c2749797▼a2.9  건축물의  차음성능기준▼c2759898▼a2.9.1  차음규정▼c2759999▼a2.9.2  건축물의  차음등급▼c2750000▼a3.  음향설계계획▼c2770101▼a3.1  음향설계의  개략▼c2770202▼a3.1.1  음향설계의  유의점▼c2770303▼a3.1.2  설계순서▼c2780404▼a3.2  잔향시간▼c2780505▼a3.2.1  잔향시간에  관한  용어▼c2780606▼a3.2.2  잔향시간의  검토▼c2790707▼a3.3  실내음향의  특이현상▼c2830808▼a3.3.1  반향(Longpass  Each,  메아리)▼c2830909▼a3.3.2  플러터  에코(Flutter  Echo)▼c2831010▼a3.3.3  속삭임의  회랑(Whispering  Gallery)▼c2841111▼a3.3.4  음의  초점과  데드  스폿(Dead  Spot)▼c2841212▼a3.4  음성의  명료성▼c2851313▼a3.4.1  음성  들림의  명료성의  지표▼c1851414▼a3.4.2  문장  요해도▼c2911515▼a3.5  실의  형상▼c2921616▼a3.5.1  음향적으로  본  실의  형상의  기본  방침▼c2921717▼a3.5.2  실내  각부의  형상▼c2931818▼a찾아보기▼c2991919
■9500  ▼c25,000

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