MARC

 008100317s2009        ulka                    000      kor
■020    ▼a9788960551084
■0801  ▼a536.7
■082    ▼a536.7▼bC395ㅅ▼223
■090    ▼a536.7▼bC395ㅅ
■1001  ▼aYunus  A.  Cengel  지음
■24510▼a쉽게  배우는  열역학  2nd  Edtion▼dYunus  A.  Cengel  지음▼e윤천석,  김택영,  박성영,박성호,  엄용균,  오율권,  한진호  공역
■260    ▼a서울▼bMcGraw-Hill  Korea▼c2009
■300    ▼a559p.▼b삽도▼c26cm
■505    ▼aCHAPTER  01  열역학의  기본  개념▼c1▼a1-1  열과학의  소개▼c2▼a1-2  열역학▼c3▼a1-3  열전달▼c5▼a1-4  차원  및  단위의  중요성▼c6▼a1-5  문제  해결방법▼c13▼aCHAPTER  02  소개와  기본  개념▼c23▼a2-1  계와  검사체적▼c24▼a2-2  계의  상태량▼c26▼a2-3  밀도와  비중▼c2700▼a2-4  상태와  평형▼c2811▼a2-5  과정과  사이클▼c3022▼a2-6  온도와  열역학  제0법칙▼c3133▼a2-7  압력▼c3644▼a2-8  압력측정장치▼c4255▼aCHAPTER  03  에너지,  에너지  전달  및  전반적인  에너지  해석▼c6366▼a3-1  서론▼c6477▼a3-2  에너지의  형태▼c6588▼a3-3  열에의한  에너지  전달▼c7399▼a3-4  일에  의한  에너지  전달▼c7600▼a3-5  기계적  형태의  일▼c8011▼a3-6  열역학  제1법칙▼c8522▼a3-7  에너지  변환  효율▼c9433▼a3-8  에너지와  환경▼c10244▼aCHAPTER  04  순수물질의  상태량▼c12155▼a4-1  순수물질▼c12266▼a4-2  순수물질의  상▼c12277▼a4-3  순수물질의  상변화  과정▼c12488▼a4-4  상변화  과정에  대한  상태량  선도▼c12999▼a4-5  상태량  표▼c13700▼a4-6  이상기체의  상태방정식▼c14911▼a4-7  압축성  인자-이상기체  거동으로부터의  이탈  정도▼c15222▼a4-8  기타  상태방정식▼c15733▼aCHAPTER  05  밀폐계의  에너지  분석▼c17344▼a5-1  이동  경계일▼c17455▼a5-2  밀폐계의  에너지  평형▼c18166▼a5-3  비열▼c18777▼a5-4  이상기체의  내부에너지,  엔탈피  및  비열▼c18988▼a5-5  고체와  액체의  내부에너지,  엔탈피  및  비열▼c19899▼aCHAPTER  06  검사체적의  질량  및  에너지  해석▼c21700▼a6-1  질량보존▼c21811▼a6-2  유동일과  유동  유체의  에너지▼c22522▼a6-3  정상-유동계의  에너지  해석▼c22933▼a6-4  정상-유동  기계장치의  예▼c23344▼a6-5  비정상-유동  과정의  에너지  해석▼c24855▼aCHAPTER  07  열역학  제2법칙▼c27566▼a7-1  열역학  제2법칙의  소개▼c27677▼a7-2  열에너지  저장조(열원)▼c27788▼a7-3  열기관▼c27899▼a7-4  냉동기와  열펌프▼c28500▼a7-5  영구기관▼c29111▼a7-6  가역과  비가역  과정▼c29422▼a7-7  Carnot  사이클▼c29933▼a7-8  Carnot  원리▼c30144▼a7-9  열역학적  온도  눈금▼c30355▼a7-10  Carnot  열기관▼c30566▼a7-12  Carnot  냉동기와  열펌프▼c31077▼aCHAPTER  08  엔트로피▼c32588▼a8-1  엔트로피▼c32699▼a8-2  엔트로피  증가의  원리▼c33000▼a8-3  순수물질의  엔트로피  변화량▼c33411▼a8-4  등엔트로피  과정▼c33722▼a8-5  엔트로피를  포함한  상태량  선도▼c33933▼a8-6  엔트로피란  무엇인가?▼c34144▼a8-7  T  ds  관계식▼c34555▼a8-8  고체와  액체의  엔트로피  변화▼c35066▼a8-9  이상기체의  엔트로피  변화▼c35077▼a8-10  가역  정상유동  일▼c35888▼a8-11  압축  일의  최소화▼c36399▼a8-12  정상유동  장치의  등엔트로피  효율▼c36700▼a8-13  엔트로피  평형식▼c37511▼aCHAPTER  09  기체  동력  사이클▼c40522▼a9-1  동력  사이클  해석에서의  기본적  고찰▼c40733▼a9-2  카르노  사이클과  공학적  가치▼c41044▼a9-3  공기-표준가정▼c41255▼a9-4  왕복운동기관에  대한  개관▼c41366▼a9-5  오토  사이클:  전기점화기관의  이상  사이클▼c41477▼a9-6  디젤  사이클:  압축착화기관의  이상  사이클▼c42088▼a9-7  브레이튼  사이클:  가스터빈  엔진에  대한  이상  사이클▼c42499▼a9-8  재생  브레이튼  사이클▼c42900▼a9-9  중간냉각,  재열  그리고  재생이  있는  브레이튼  사이클▼c43211▼a9-10  이상  제트-추진  사이클▼c43422▼a9-11  카르노  증기  사이클▼c44133▼a9-12  랭킨  사이클:  증기  동력  사이클의  이상  사이클▼c44344▼a9-13  랭킨  사이클의  열효율을  어떻게  증대시킬  수  있는가?▼c44955▼a9-14  이상  재열  랭킨  사이클▼c45166▼a9-15  냉동기와  열펌프▼c45577▼a9-16  역  Carnot  사이클▼c45788▼a9-17  이상  증기-압축식  냉동  사이클▼c45999▼a9-18  올바른  냉매의  선택▼c46200▼a9-19  열펌프  시스템▼c46511▼a9-20  열전력  발생과  냉동  시스템▼c46722▼aAPPENDIX  1  Property  table  and  charts▼c47333▼aAPPENDIX  2    Property  tables  and  charts▼c51744▼a찾아보기▼c55555
■9500  ▼c28,000

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