MARC

 008071012s2006        ulka                    000      kor
■020    ▼a8933606718
■0801  ▼a620.0
■082    ▼a620.11▼b서64ㅊ▼223
■090    ▼a620.11▼b서64ㅊ
■1001  ▼a서영섭,  최병도,  방명성  공저
■24510▼a최신  기계재료▼d서영섭,  최병도,  방명성  공저
■250    ▼a2판
■260    ▼a서울▼b기전연구사▼c2006
■300    ▼a298p.▼b삽도▼c26cm
■505    ▼a제1장  기계재료▼c17▼a1.1  기계재료의  분류▼c17▼a1.2  기계재료의  선정▼c18▼a제2장  물질의  구조와  결합▼c20▼a2.1  물질의  구조▼c20▼a2.2  물질의  결합▼c22▼a제3장  금속의  응고와  결정구조▼c25▼a3.1  순금속의  응고▼c25▼a3.2  금속의  결정구조▼c26▼a제4장  평형상태도▼c3800▼a4.1  상률▼c3911▼a4.2  농도표시법▼c3922▼a4.3  2성분계  상태도▼c4133▼a제5장  금속재료의  성질▼c4744▼a5.1  금속의  일반  특성▼c4755▼a5.2  물리적  성질▼c4766▼a5.3  화학적  성질▼c5177▼a5.4  기계적  성질▼c5488▼a5.5  가공  성질▼c5499▼a제6장  탄성과  소성▼c5600▼a6.1  탄성병형▼c5711▼a6.2  소성변형▼c5922▼a6.3  격자결함▼c6533▼a제7장  금속의  조직검사▼c6644▼a7.1  마크로  검사▼c6655▼a7.2  현미경조직  검사▼c6866▼a제8장  재료시험  및  비파괴검사▼c7277▼a8.1  재료시험▼c7288▼a8.2  비파괴검사(NDI  :  non-destuctive  inspection)▼c9499▼a제9장  철강재료▼c11900▼a9.1  탄소강▼c12011▼a제10장  강의  열처리▼c14022▼a10.1  열처리의  종류▼c14033▼a10.2  강의  서냉조직▼c14144▼a10.3  일반  열처리▼c14555▼a10.4  항온열처리▼c15166▼a10.5  표면경화법▼c15577▼a제11장  합금강▼c17188▼a11.1  구조용합금강▼c17299▼a11.2  공구강▼c18100▼a11.3  스테인리스강▼c19211▼a11.4  내열강  및  초내열합금▼c19722▼a11.5  전자기용  재료▼c20333▼a제12장  주철  및  주강▼c20744▼a12.1  주철▼c20755▼a12.2  주강▼c22666▼a제13장  동  및  그  합금▼c23377▼a13.1  동(Cu)▼c23388▼a13.2  동합금의  상태도▼c23549▼a13.3  황동(brass)▼c23650▼a13.4  청동(bronze)▼c24311▼a13.5  알루미늄청동▼c25122▼a13.6  기타  동합금▼c25333▼a13.7  스프링용  동합금▼c25864▼a제14장  알루미늄  및  그  합금▼c26075▼a14.1  알루미늄▼c26086▼a14.2  알루미늄의  성질▼c26097▼a14.3  주조용  알루미늄▼c26208▼a14.4  가공용  알루미늄  합금▼c26719▼a제15장  마그네슘  및  그  합금▼c27620▼a15.1  주조용  마그네슘합금▼c27731▼a15.2  가공용  마그네슘합금▼c28142▼a15.3  마그네슘합금의  절삭성▼c28453▼a제16장  니켈  및  그  합금▼c28564▼a16.1  니켈▼c28575▼a16.2  Ni-Cu계  합금▼c28686▼a16.3  Ni-Fe계  합금▼c28897▼a16.4  내식성  니켈  합금▼c28908▼a16.5  내열성  니켈  합금▼c29019▼a제17장  아연,  주석,  납  및  그  합금▼c29220▼a17.1  아연(Zn)▼c29231▼a17.2  아연합금▼c29442▼a17.3  주석(Sn)▼c29453▼a17.4  주석합금▼c29564▼a17.5  납(Pb)▼c29575▼a제18장  베어링  합금▼c29786▼a18.1  동계  베어링  합금▼c29797▼a18.2  주석계  베어링  합금▼c29808▼a18.3  납계  화이트  메탈▼c29919▼a18.4  알루미늄  합금▼c30020▼a18.5  카드뮴  ·  아연  합금▼c30031▼a18.6  함유베어링▼c30142▼a제19장  납과  저융점  합금  및  활자합금▼c30253▼a19.1  땜납(Solder)▼c30264▼a19.2  저융점  합금▼c30375▼a19.3  활자합금▼c30486▼a19.4  발화합금▼c30497▼a19.5  지르코늄(Zr)▼c30408▼a제20장  티탄  및  그  합금▼c30519▼a20.1  티탄(Ti)▼c30520▼a20.2  티탄합금▼c30631▼a제21장  코발트  및  그  합금▼c30842▼a21.1  코발트의  성질▼c30853▼a21.2  코발트  합금▼c30864▼a제22장  합성수지▼c31375▼a22.1  플라스틱의  성질▼c31386▼a22.2  합성수지의  종류▼c31497▼a22.3  합성고무▼c317008▼a22.4  합성수지의  성형가공▼c317019▼a22.5  기타  합성수지▼c3170200▼a22.6  합성수지의  용도▼c3180301▼a제23장  세라믹과  서멧▼c3190402▼a23.1  세라믹▼c3190503▼a23.2  서멧▼c3200604▼a23.3  세라믹  코팅▼c3200705▼a23.4  세라믹  스프링▼c3200806▼a제24장  연삭재료▼c3210907▼a24.1  연삭재▼c3211008▼a24.2  천연  연삭재와  연마제▼c3221109▼a24.3  인조  연삭제▼c3221210▼a24.4  인조  연마제▼c3231311▼a24.5  천연  숫돌▼c3231412▼a24.6  인조  숫돌▼c3241513▼a24.7  연마포지  및  유성연마제▼c3261614▼a제25장  패킹재료▼c3271715▼a25.1  패킹재료▼c3271816▼a25.2  실용  패킹▼c3291917▼a제26장  윤활유와  절삭유▼c3312018▼a26.1  윤활유▼c3312119▼a26.2  절삭유▼c3352220▼a제27장  신소재▼c3412321▼a27.1  초전도재료▼c3412422▼a27.2  형상기억합금▼c3482523▼a27.3  방진합금▼c3532624▼a27.4  비정질합금(amorphous)▼c3592725▼a27.5  신자성재료▼c3612826▼a27.6  자성유체▼c3642927▼a27.7  복합재료▼c3673028▼a27.8  수소저장합금▼c3713129▼a27.9  초소성  합금▼c3743230▼a27.10  나노결정(nanocrystalline)▼c3773331▼a27.11  파인  세라믹▼c3803432▼a27.12  생체용  재료▼c2853533▼a부록  3873634▼a1.  금속원소와  물리적  성질▼c3873735▼a2.  SI  단위환산표▼c3893836▼a찾아보기▼c3923937
■9500  ▼c12,000

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