MARC

 008021018s2000        ulka                    000a    kor
■020    ▼a89-88397-62-2
■0801  ▼a620.0
■082    ▼a620.11▼b김65ㅈ▼223
■090    ▼a620.11▼b김65ㅈ
■1000  ▼a김용석  외공역.    William  D.Callister
■24510▼a재료과학과  공학▼b  Materials  Science  and  Engineering  an  Introduction▼d김용석  외공역.    William  D.Callister  저.
■250    ▼a3
■260    ▼a서울▼b(주식회사)사이텍미디어▼c2000
■300    ▼a949p.▼b삽도▼c27cm
■505    ▼a1.  서론▼a1.1  역사적  고찰▼c2▼a1.2  재료과학과  공학▼c2▼a1.3  우리는  왜  재료를  공부하는가?▼c4▼a1.4  재료의  분류▼c5▼a1.5  첨단재료▼c6▼a1.6  현대  사회를  위한  재료의  발전▼c6▼a참고문헌▼c7▼a2.  원자  구조와  원자  결합▼a2.1  서론▼c1000▼a원자  구조▼c1011▼a2.2  기본  개념▼c1022▼a2.3  원자내의  전자▼c1133▼a2.4  주기율표▼c1844▼a고체내의  원자  결합▼c1955▼a2.5  결합력과  결합  에너지▼c1966▼a2.6  1차  원자간  결합▼c2177▼a2.7  2차  결합  또는  반  데르  발스  결합▼c2588▼a2.8  분자▼c2899▼a요약▼c2800▼a주요  옹어  및  개념▼c2911▼a참고문헌▼c2922▼a연습문제▼c2933▼a3.  결정질  고체의  구조44▼a3.1  서론▼c3455▼a결정구조▼c3466▼a3.2  기본  개념▼c3477▼a3.3  단위정▼c3688▼a3.4  금속결정의  구조▼c3699▼a3.5  밀도  계산▼c4000▼a3.6  동질이상과  동소체▼c4111▼a3.7  결정계▼c4122▼a결정학적  방향과  면▼c4233▼a3.8  결정학적  방향▼c4344▼a3.9  결정학적  면▼c4755▼a3.10  선과  면의  원자  밀도▼c5166▼a3.11  조밀  결정  구조▼c5277▼a결정질  재료와  비정질  재료▼c5488▼a3.12  단결정▼c5499▼a3.13  다결정  재료▼c5500▼a3.14  이방성▼c5511▼a3.16  X-선  회절  :  결정  구조의  결정▼c5722▼a3.17  비결정질  고체▼c6233▼a용약▼c6244▼a주요  용어  및  개념▼c6355▼a참고문헌▼c6366▼a연습문제▼c6477▼a4.  고체내의  결함88▼a4.1  서론▼c7499▼a점결함▼c7400▼a4.2  공공과  지기  침입형▼c7411▼a4.3  고체내의  불순물▼c7622▼a기타  결함▼c8233▼a4.4  전위  -  선결함▼c8244▼a4.5  계면  결함▼c8455▼a4.6  부피  또는  체적  결함▼c8966▼a4.7  원자  진동▼c8977▼a현미경  관찰▼c9088▼a4.8  총론▼c9099▼a4.9  현미경  관찰법▼c9000▼a4.10  결정립  크기의  결정▼c9511▼a요약▼c9522▼a주요  용어  및  개념▼c9633▼a참고문헌▼c9744▼a연습문제▼c9755▼a5.  확산66▼a5.1  서론▼c10477▼a5.2  확산  기구▼c10588▼a5.3  정상  상태  화산▼c10799▼a5.4  비정상  상태  확산▼c10900▼a5.5  확산에  영향을  미치는  요소▼c11311▼a5.6  다른  확산  경로▼c11822▼a요약▼c11933▼a주요  용어  및  개념▼c11944▼a참고문헌▼c11955▼a연습문제▼c12066▼a6.  금속의  기계적  성질77▼a6.1  서론▼c12888▼a6.2  응력과  변형률의  개념▼c12999▼a탄성변형▼c13300▼a6.3  응력  -  변형률  거동▼c13311▼a6.4  의탄성▼c13722▼a6.5  재료의  탄성  성질▼c13733▼a소성변형▼c14044▼a6.6  인장성질▼c14155▼a6.7  진응력과  진변형률▼c14866▼a6.8  소성변형중의  탄성  회복▼c15077▼a6.9  압축,  전단  및  비틀림  변형▼c15188▼a6.10  경도▼c15199▼a6.11  재료  성질의  다양성▼c15700▼a6.12  설계/안전  계수▼c16011▼a요약▼c16222▼a주요  용어  및  개념▼c16233▼a참고문헌▼c16344▼a연습문제▼c16355▼a7.  전위와  강화  기구66▼a7.1  서론▼c17677▼a전위와  소성변형▼c17688▼a7.2  기본  개념▼c17699▼a7.3  전위의  특성▼c1790000▼a7.4  슬립계▼c1800101▼a7.5  단결정의  스립▼c1820202▼a7.6  다결정  재료의  소성변형▼c1850303▼a7.7  쌍정에  의한  변형▼c1860404▼a금속의  강화  기구▼c1880505▼a7.8  결정립  미세화에  의한  강화▼c1880606▼a7.9  고용체  경화▼c1900707▼a7.10  변형  경화▼c1920808▼a회복,  재결정  및  결정립  성장▼c1940909▼a7.11  회복▼c1951010▼a7.12  재결정▼c1951111▼a7.13  결정립  성장▼c1991212▼a요약▼c2011313▼a주요  용어  및  개념▼c2021414▼a참고문헌▼c2021515▼a연습문제▼c2021616▼a8.  파손1717▼a8.1  서론▼c2081818▼a파괴▼c2081919▼a8.2  파괴의  기초▼c2082020▼a8.3  연성  파괴▼c2092121▼a8.4  취성  파괴▼c2122222▼a8.5  파괴역학의  기본원리▼c2142323▼a8.6  충격  파괴  시험▼c2282424▼a피로▼c2322525▼a8.7  응력  사이클▼c2332626▼a8.8  S-N  곡선▼c2352727▼a8.9  균열  생성과  균열  전파▼c2372828▼a8.10  균열  전파  속도▼c2412929▼a8.11  피로  수명에  영향을  주는  인자▼c2463030▼a8.12  환경  효과▼c2493131▼a크리프▼c2493232▼a8.13  일반적인  크리프  거동▼c2503333▼a8.14  응력  및  온도  효과▼c2513434▼a8.15  데이터  외삽법▼c2533535▼a8.16  고온용  합금▼c2553636▼a요약▼c2553737▼a주요  용어  및  개념▼c2573838▼a참고문헌▼c2573939▼a연습문제▼c2584040▼a9.  상태도4141▼a9.1  서론▼c2704242▼a정의  및  기본  개념▼c2704343▼a9.2  용해한도▼c2714444▼a9.3  상▼c2724545▼a9.4  미세조직▼c2724646▼a9.5  상평형▼c2724747▼a평형  상태도▼c2734848▼a9.6  2원  전율고용체계▼c2744949▼a9.7  2원  공정계▼c2835050▼a9.8  중간상  및  중간  화합물을  갖는  평형  상태도▼c2945151▼a9.9  공석  반응과  포정  반응▼c2975252▼a9.10  정융  상변태▼c2985353▼a9.11  세라믹과  3원  상태도▼c2985454▼a9.12  Gibbs의  상률▼c2995555▼a철  -  탄소계▼c3015656▼a9.13  철  -  청탄화물(Fe-Fe₃C)  상태도▼c3025757▼a9.14  철  -  탄소  합금의  미세조직▼c1055858▼a9.15  기타  합금  원소의  영향▼c3135959▼a주요  용어  및  개념▼c3146060▼a참고문헌▼c3156161▼a연습문제▼c3156262▼a10.  금속의  상변태  :  미소구조  및  기계적  성질의  변화6363▼a10.1  서론▼c3266464▼a상변태▼c3266565▼a10.2  기본  개념▼c3266666▼a10.3  고상  반응의  반으  속도론▼c3276767▼a10.4  다상  변태▼c3296868▼a철  -  탄소의  합금에서  미세구조와  성질의  변화▼c3296969▼a10.5  등온  변태도▼c3307070▼a10.6  연속  냉각  변태도▼c3437171▼a10.7  철  -  탄소  합금의  기계적  성질▼c3467272▼a10.8  템퍼링된  마르텐사이트▼c3507373▼a10.9  철  -  탄소  합금의  상변테  복습▼c3547474▼a요약▼c3547575▼a주요  용어  및  개념▼c3557676▼a참고문헌▼c3557777▼a연습문제▼c3567878▼a11.  금속  합금의  열처리  공정7979▼a11.1  서론▼c3648080▼a어닐링  공정▼c3648181▼a11.2  공정  어닐링▼c3658282▼a11.3  응력제거▼c3658383▼a11.4  철  합금의  어닐링▼c3658484▼a강의  열처리▼c3678585▼a11.5  경화능▼c3678686▼a11.6  급랭재,  시편  크기  및  형태의  여향▼c3728787▼a석철  경화▼c3778888▼a11.7  열처리▼c3778989▼a11.8  경화  기구▼c3809090▼a11.9  기타  고려  사항▼c3829191▼a요약▼c3839292▼a참고문헌▼c3849393▼a연습문제▼c3849494▼a12.  금속합금9595▼a12.1  서론▼c3909696▼a금속의  가공▼c3909797▼a12.2  성형  작업▼c3919898▼a12.3  주조▼c3939999▼a12.4  기타의  방법▼c3940000▼a철  합금▼c3960101▼a12.5  강▼c3960202▼a12.6  주철▼c4020303▼a12.7  구리와  그  합금▼c4080404▼a12.8  알루미늄과  그  랍금▼c4100505▼a12.9  마그네슘과  그  합금▼c4110606▼a12.10  티타늄과  그  합금▼c4130707▼a12.11  고용융점  금속▼c4130808▼a12.12  초합금▼c4130909▼a12.13  귀금속▼c4151010▼a12.14  기타의  비철  합금▼c4161111▼a요약▼c4161212▼a주요  용어  및  개념▼c4161313▼a참고문헌▼c4171414▼a연습문제▼c4171515▼a13.  세라믹  재료의  구조와  특성1616▼a13.1  서론▼c4221717▼a세라믹  구조▼c4221818▼a13.2  결정  구조▼c4231919▼a13.3  규산염  세라믹▼c4332020▼a13.4  탄소▼c4372121▼a13.5  세라믹  결함▼c4412222▼a13.6  세라믹  상태도▼c4442323▼a기계적  성딜▼c4482424▼a13.7  세라믹의  취성  파괴▼c4482525▼a13.8  응력  -  변형률  거동▼c4502626▼a13.9  소성변형  기구▼c4522727▼a13.10  기타  기계적  고려사항▼c4542828▼a요약▼c4562929▼a주요  용어  및  개념▼c4573030▼a참고문헌▼c4573131▼a연습문제▼c4583232▼a14.  세라믹의  응용  및  제조  공정3333▼a14.1  서론3434▼a유리▼c4673535▼a14.2  유리의  특성▼c4673636▼a14.3  유리  성형▼c4703737▼a14.4  유리의  열처리▼c4713838▼a14.5  유리  -  세라믹▼c4723939▼a점토  제품▼c4734040▼a14.6  점토의  특성▼c4734141▼a14.7  점토  제품의  성분▼c4744242▼a14.8  제조  기법▼c4744343▼a14.9  건조  및  소성▼c4764444▼a내화물▼c4784545▼a14.10  내화점토  내화물▼c4794646▼a14.11  실리카  내화물▼c4794747▼a14.12  염기성  내화물▼c4794848▼a14.13  특수  내화물▼c4804949▼a기타  용도와  제조  방법▼c4805050▼a14.14  연마제▼c4805151▼a14.15  분말  압축▼c4815252▼a14.16  테이프  캐스팅▼c4835353▼a14.17  시멘트▼c4845454▼a14.18  첨단  세라믹▼c4855555▼a요약▼c4875656▼a주요  용어  및  개념▼c4885757▼a참고문헌▼c4885858▼a연습문제▼c4895959▼a15.  폴리머의  구조6060▼a15.1  서론▼c4946161▼a15.2  탄화수소  분자▼c4946262▼a15.3  폴리머  문자▼c4966363▼a15.4  폴리머  분자의  화학▼c4986464▼a15.5  분자량▼c5006565▼a15.6  분자  형상▼c5056666▼a15.7  분자  구조▼c5066767▼a15.8  분자  배열▼c5086868▼a15.9  공중합체▼c5116969▼a15.10  폴리머  결정성▼c5137070▼a15.11  폴리머  결정▼c5157171▼a요약▼c5187272▼a주요  용어  및  개념▼c5197373▼a참고  문헌▼c5197474▼a연습문제▼c5207575▼a16.  폴리머의  특성,  응용  및  제조7676▼a16.1  서론▼c5267777▼a기계적  및  열적  특성▼c5267878▼a16.2  응력  -  변형률  거동▼c5267979▼a16.3  반결정질  폴리머의  소성변형▼c5298080▼a16.4  폴리머의  기계적  성질에  영향을  미치는  인자▼c5328181▼a16.5  결정화,  응용  및  우리  전이  현상▼c5348282▼a16.6  열가소성  및  열경화성  폴리머▼c5398383▼a16.7  점탄성▼c5408484▼a16.8  탄성체의  변형▼c5448585▼a16.9  폴리머의  파괴▼c5468686▼a16.10  기타  특성▼c5478787▼a16.11  중합▼c5498888▼a16.12  폴리머  첨가제▼c5518989▼a16.13  폴리머  형태▼c5529090▼a16.14  플라스틱▼c5549191▼a16.15  탄성체▼c5589292▼a16.16  파이버▼c5609393▼a16.17  기타  용도▼c5619494▼a16.18  첨다  폴리머  재료▼c5639595▼a요약▼c5679696▼a주요  용어  및  개념▼c5689797▼a참고문헌▼c5699898▼a연습문제▼c5699999▼a17.  복합재료0000▼a17.1  서론▼c5780101▼a입자  강화  복합재료▼c5800202▼a17.2  과립  복합재료▼c5800303▼a17.3  분산  강화  복합재료▼c5850404▼a17.4  파이버  길이의  영향▼c5850505▼a17.5  파이버  방향성과  부피  분율의  영향▼c5860606▼a17.6  파이버  재료▼c5960707▼a17.7  기지  상▼c5960808▼a17.8  폴리머  기지  복합재료▼c5980909▼a17.9  금속  기지  복합재료▼c6011010▼a17.10  세라미  기지  복합재료▼c6031111▼a17.11  탄소  -  탄소  복합재료▼c6041212▼a17.12  하이브리드  복합재료▼c6051313▼a17.13  파이버  강화  복합재료의  제조▼c6051414▼a구조용  복합재료▼c6121515▼a17.14  츠상  복합재료▼c6121616▼a17.15  샌드위치  패널▼c6131717▼a요약▼c6131818▼a주요  용어  및  개념▼c6151919▼a참고문헌▼c6152020▼a연습문제▼c6162121▼a18.  재료의  부식과  열화2222▼a18.1  서론▼c6242323▼a금속의  부식▼c6252424▼a18.2  전기화학적  고려  사항▼c6252525▼a18.3  부식률▼c6332626▼a18.4  부식률으  예측▼c6352727▼a18.5  부동태▼c6432828▼a18.6  환경  효과▼c6452929▼a18.7  부식  형태▼c6453030▼a18.8  부식  환경▼c6543131▼a18.9  부식  방지▼c6553232▼a18.10  산화▼c6573333▼a세라믹  재료의  부식▼c6613434▼a폴리머의  열화▼c6613535▼a18.11  부풀음고  용해▼c6613636▼a18.12  결합  파괴▼c6633737▼a18.13  풍화  작용▼c6643838▼a요약▼c6653939▼a주요  용어  및  개념▼c6664040▼a참고문헌▼c6664141▼a연습문제▼c6674242▼a19.  전기적  성질4343▼a19.1  서론▼c6734444▼a19.2  옴의  법칙▼c6744545▼a19.3  전기  전도율▼c6754646▼a19.4  전자  및  이온  전도▼c6764747▼a19.5  고체의  에너지  밴드  구조▼c6764848▼a19.6  에너지  ?k드로  히해하는  전기  전도와  원자  결합  모델▼c6804949▼a19.7  전자  이동도▼c6825050▼a19.8  금속의  전기  비저항▼c6835151▼a19.9  상용  합금의  전기적  특성▼c6865252▼a반전도율▼c6865353▼a19.10  진성  반도체▼c6865454▼a19.11  외인성  반도체▼c6895555▼a19.12  온도  변화가  전도율과  운반자  농도에  미치는  효과▼c6935656▼a19.13  홀  효과▼c6995757▼a19.14  반도체  소자▼c7015858▼a이온  세라믹과  폴리머에서의  전기  전도▼c7085959▼a19.15  이온  재료에서의  전도▼c7086060▼a19.16  폴리머의  전기적  특성▼c7096161▼a유전체  거동▼c7106262▼a19.17  커패시턴스▼c7116363▼a19.18  전기장  백터와  분극▼c7116464▼a19.19  분극의  유형▼c7176565▼a19.20  유전  상수에  영향을  미치는  주파수  변화▼c7186666▼a19.21  절연  내력▼c7206767▼a19.22  유전체  재료▼c7206868▼a재료의  다른  전기적  특성▼c7206969▼a19.23  강유전성▼c7207070▼a19.24  압전기▼c7227171▼a요약▼c7227272▼a주요  용어  및  개념▼c7247373▼a참고  문헌▼c7247474▼a연습문제▼c7257575▼a20.  열적  성질7676▼a20.1  서론▼c7367777▼a20.2  열용량▼c7367878▼a20.3  열팽창▼c7407979▼a20.4  열전도율▼c7428080▼a20.5  열응력▼c7468181▼a요약▼c7488282▼a주요  용어  및  개념▼c7498383▼a참고  문헌▼c7498484▼a연습문제▼c7498585▼a21.  자기적  성질8686▼a21.1  서론▼c7568787▼a21.2  기본  개념▼c7568888▼a21.3  반자성과  상자성▼c7618989▼a21.4  강자성▼c7639090▼a21.5  반강자성과  페리  자성▼c7649191▼a21.6  자기  거동에  미치는  온도의  영향▼c7699292▼a21.7  도메인과  자기이력▼c7709393▼a21.8  연자성체▼c7739494▼a21.9  경자성체▼c7759595▼a21.10  자기  저장▼c7789696▼a21.11  초전도성▼c7829797▼a요약▼c7859898▼a주요  용어  및  개념▼c7879999▼a참고문현▼c7870000▼a연습문제▼c7870101▼a22.  광학적  성질0202▼a22.1  서론▼c7940303▼a기본  개념▼c7940404▼a22.2  전자기  복사선▼c7940505▼a22.3  고체와  빛의  상호작용▼c7960606▼a22.4  원자와  전자적  상호작용▼c7970707▼a금속의  광학적  성질▼c7980808▼a비금속의  광학적  성질▼c8000909▼a22.5  굴절▼c8001010▼a22.6  반사▼c8011111▼a22.7  흡수▼c8021212▼a22.8  투과▼c8051313▼a22.9  색▼c8061414▼a22.10  절연체에서의  불투명과  반투명▼c8071515▼a광항  현상의  응용▼c8091616▼a22.11  발광▼c8091717▼a22.12  광전도도▼c8101818▼a22.13  레이저▼c8101919▼a22.14  통신에서의  광섬유▼c8142020▼a요약▼c8182121▼a주요  용어  및  개념▼c8192222▼a참고문헌▼c8192323▼a연습문제▼c8202424▼a23.  재료  선정  및  설계  고려  사항2525▼a23.1  서론▼c8242626▼a비틀림  응력을  받는  원통형  샤프트의  재료선정▼c8242727▼a23.2  강도▼c8252828▼a23.3  기타  성질에  대한  고려  사항  및  최종  결정▼c8302929▼a23.4  서론▼c8313030▼a23.5  자동차  밸브  스프링▼c8323131▼a인공  골반  이식▼c8383232▼a23.6  골반  관절의  해부학▼c8383333▼a23.7  재료적  요구  조건▼c8413434▼a23.8  사용되는  재료▼c8423535▼a우주  왕복선의  열차단  시스템▼c8453636▼a23.9  서론▼c8453737▼a23.10  열차단  시스템  -  설계  요구  조건▼c8453838▼a23.11  열차단  시스템  -  부품▼c8473939▼a직접회로  패키지용  재료▼c8514040▼a23.12  서론▼c8514141▼a23.13  리드프레임  설계와  재료▼c8534242▼a23.14  다이  결합▼c8544343▼a23.15  도선  결합▼c8574444▼a23.16  패키지  캡슐  처리▼c8594545▼a23.17  테이프  자동화  결합▼b\▼c8604646▼a요약▼c8624747▼a참고문헌▼c8644848▼a연습문제▼c8654949▼a24  재료과학과  공학에서  일어나는  경제.  환경,  사회  문제들▼c8715050▼a24.1  서론▼c8725151▼a경제적  고려들▼c8725252▼a24.2  부품  설계▼c8735353▼a24.3  재료들▼c8735454▼a24.4  제조  기법▼c8745555▼a환경  및  사회적  고려▼c8745656▼a24.5  재료  공학에  있어서  재활용  문제▼c8765757▼a요약▼c8795858▼a참고문헌▼c8805959▼a부록A  국제단위계▼c8816060▼a부록B  원소의  전자  배열▼c8836161▼a부록C    선택된  엔지니어링  자료들에  대한  가격과  상대  가격▼c9116262▼a부록D  일반적인  폴리머에  대한  단일체(mer)의    구조▼c9176363▼a부록E    일반적인  폴리머에  대한  유리  전이와  녹는  점▼c9216464▼a용어  해설▼c9236565▼a연습문제  해답▼c9376666▼a찾아보기▼c9436767
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