MARC

 008061114s2006        ulka                    000a    kor
■020    ▼a89-336-0659-9
■0801  ▼a621.56
■082    ▼a621.56▼b하18ㄴ▼223
■090    ▼a621.56▼b하18ㄴ
■1001  ▼a하옥남,  김진흥,  권일욱
■24510▼a냉동공학/▼d하옥남,  김진흥,  권일욱  공저
■260    ▼a서울▼b기전연구사,,▼c2006
■300    ▼a491p.:p.▼b삽도▼c26cm
■505    ▼a제1장  냉동의  기초  사항▼c13▼a1.1  냉동의  개요▼c13▼a1.2  기초열역학▼c16▼a1.3  냉동  능력의  단위▼c23▼a제2장  이상  냉동  사이클과  공기  압축  냉동기▼c29▼a2.1  역  카르노  사이클과  성적계수▼c29▼a2.2  역주울  사이클과  공기  압축  냉동기▼c30▼a2.3  공기  압축  냉동기의  실제과정▼c33▼a2.4  압축  팽창일▼c35▼a2.5  냉동기의  소요  에너지와  냉동률▼c3700▼a제3장  냉매와  단순  증기  압축  냉동  사이클▼c4711▼a3.1  냉매▼c4722▼a3.2  습압축  냉동  사이클▼c5033▼a3.3  건압축  냉동  사이클▼c5244▼a3.4  과열  압축  냉동  사이클▼c5355▼a3.5  임계압력  이상의  증기  압축  냉동  사이클▼c5466▼a3.6  냉동능력와  냉매량의  관계▼c5577▼a제4장  단순  증기  압축  냉동  사이클의  개량▼c6788▼a4.1  과냉각  사이클(under-cooling  cycle)▼c6799▼a4.2  추가  압축  사이클(plank  cycle)▼c6900▼a4.3  다효  압축  사이클(multieffect  cycle)▼c7011▼a4.4  다단  압축  사이클(multi-comperssion  cycle)▼c7322▼a4.5  이원  냉동  사이클▼c8333▼a제5장  증기  압축  냉동기의  실제  과정과  압축기의  각종  계산▼c11344▼a5.1  냉동기의  실제  과정▼c11355▼a5.2  압축기의  에너지  식▼c11666▼a5.3  왕복  압축기의  용적  효율▼c12477▼a5.4  피스톤  배기량▼c12788▼a5.5  왕복  압축기의  여러  가지  계수▼c12899▼a5.6  터보  압축기의  여러  가지  계산▼c13100▼a제6장  전열(傳熱)과  방열(防熱)▼c16111▼a6.1  열전도(heat  conduction)▼c16122▼a6.2  열전달(heat  convection)▼c16233▼a6.3  복사(heat  radiation)▼c16344▼a6.4  열관류(heat  transfer  or  heat  transmission)▼c16455▼a6.5  열교환기▼c16566▼a6.6  대류열전달률을  구하는  계산식▼c16677▼a6.7  방열(防熱)  방법▼c17588▼a제7장  압축기▼c18999▼a7.1  왕복  압축기▼c18900▼a7.2  회전  압축기▼c20711▼a7.3  터보  압축기▼c20822▼a7.4  부스터(booster)▼c21333▼a7.5  밀폐식  압축기(hermetic  compressor)▼c21344▼a7.6  윤활유▼c21455▼a제8장  응축기  및  고압측  장치▼c21966▼a8.1  기름  분리기(oil  separator)▼c21977▼a8.2  응축기▼c22188▼a8.3  응축기의  전열▼c23199▼a8.4  수액기(受液器)▼c23500▼a8.5  안전밸브▼c23611▼a8.6  압력용기의  강도▼c23722▼a8.7  불응축  가스  분리기(不凝縮  가스  分離器:  gas  purger)▼c23833▼a8.8  냉각수▼c23944▼a제9장  증발기  및  저압측  장치▼c25755▼a9.1  팽창밸브▼c25766▼a9.2  증발기▼c26077▼a9.3  증발기의  전열▼c26888▼a9.4  열교환기(熱交煥機)▼c27099▼a9.5  전자  밸브(solenoid  valve)▼c27100▼a제10장  냉동기의  취급  방법▼c27911▼a10.1  내압  시험  및  기밀  시험▼c27922▼a10.2  냉동  장치의  건조  방법▼c28033▼a10.3  냉매의  충전  방법▼c28144▼a10.4  가스퍼저(gas  purger)▼c28155▼a10.5  냉매  누설의  점검▼c28266▼a10.6  압축기의  운전  개시  방법▼c28277▼a10.7  운전  중에  점검할  사항▼c28488▼a10.8  고장의  원인과  대책▼c28499▼a10.9  운전  정지  방법▼c28700▼a제11장  증기분사  냉동기▼c28911▼a11.1  증기  분사  냉동기의  구조▼c28922▼a11.2  노즐  내에서의  증기의  유동▼c29133▼a11.3  증기  분사  냉동기에서의  이젝터의  작용▼c30344▼a11.4  증기  분사  냉동기의  성적계수▼c30855▼a11.5  증기  분사  냉동기의  증기  사용량▼c31166▼a11.6  증기  분사  냉동기의  특징과  결점▼c31477▼a제12장  흡수  냉동기▼c32788▼a12.1  흡수  냉동기의  원리▼c32899▼a12.2  혼합물의  농도▼c32900▼a12.3  혼합  법칙과  i-  선도▼c33011▼a12.4  혼합물의  상태  변화▼c33222▼a12.5  단순  흡수  냉동  사이클의  열계산▼c33533▼a12.6  열교환기,애널라이저,정류기의  효과▼c34244▼a12.7  2단  흡수냉동기▼c34955▼a12.8  엘렉트로럭스식  흡수  냉동기▼c35366▼a제13장  스크류  압축기▼c35977▼a13.1  스크류  압축기▼c35988▼a13.2  스크류  압축기의  성능▼c36999▼a13.3  스크류의  치형  및  스크류  냉동기의  특성▼c38000▼a제14장  냉동의  응용▼c39311▼a14.1  제빙  방법▼c39322▼a14.2  냉장법▼c39833▼a14.3  동결법▼c40044▼a14.4  냉방▼c40155
■950    ▼b￦15000

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