MARC

 008080225s2001        ulka                    000      kor
■020    ▼a8984130516
■0801  ▼a620.0
■082    ▼a620.11▼b홍54ㅊ▼223
■090    ▼a620.11▼b홍54ㅊ
■1001  ▼a홍석주,  한길영,  박영소  공저
■24510▼a최신  기계재료학▼d홍석주,  한길영,  박영소  공저
■260    ▼a서울▼b보문당▼c2001
■300    ▼a498p.▼b삽도▼c26cm
■505    ▼a제1편  총  론▼a제1장  기계재료와  그  범위▼c3▼a1-1  기계재료▼c3▼a1-2  금속과  합금▼c4▼a1-2-1  합금▼c5▼a1-3  기계재료의  범위▼c6▼a제2장  금속의  결정구조와  응고▼c7▼a2-1  금속의  결정구조▼c7▼a2-1-1  면심입방  구조▼c8▼a2-1-2  체심입방  구조▼c900▼a2-1-3  조밀육방  구조▼c1011▼a2-1-4  결정면  및  결정방향▼c1222▼a2-1-5  결정구조와  상의  성질▼c1333▼a2-2  금속의  응고▼c1344▼a2-2-1  순금속의  응고곡선▼c1355▼a2-1-2  체심입방  구조▼c966▼a2-1-3  조밀육방  구조▼c1077▼a2-1-4  결정면  및  결정방향▼c1288▼a2-1-5  결정구조와  상의  성질▼c1399▼a2-2  금속의  응고▼c1300▼a2-2-1  순금속의  응고곡선▼c1311▼a2-2-2  수지상정▼c1522▼a2-2-3  주상결정▼c1633▼a2-2-4  결정립의  경계▼c1744▼a2-3  금속의  변태▼c1955▼a2-4  소성변형과  재결정▼c2166▼a2-4-1  Slip과  소성변형▼c2177▼a2-4-2  격자결함▼c2388▼a2-4-3  냉간가공▼c2499▼a2-4-4  재결정과  결정립의  성장▼c2400▼a2-4-5  열간가공▼c2511▼a2-5  금속의  고체내  변화▼c2522▼a2-5-1  석출▼c2633▼a2-5-2  시효▼c2744▼a제3장  평형상태도▼c2955▼a3-1  합금의  성분과  농도  표시법▼c2966▼a3-1-1  상▼c2977▼a3-1-2  계▼c2988▼a3-1-3  성분▼c2999▼a3-1-4  상률▼c3000▼a3-1-5  농도표시법▼c3011▼a3-2  합금의  평형상태도▼c3222▼a3-2-1  공정합금▼c3333▼a3-2-2  고용체▼c3444▼a3-2-3  고용체가  공정을  형성할  때의  합금▼c3655▼a3-2-4  금속간  화합물▼c3766▼a3-2-5  포정합금▼c3877▼a3-2-6  편정반응▼c4088▼a3-2-7  고체  상태에서  변태하는  합금▼c4299▼a3-3  2원합금  상태도의  실례▼c4400▼a3-3-1  Fe-C의  상태도▼c4411▼a3-3-2  Cu-Zn계의  합금의  상태도▼c4822▼a제4장  금속재료의  일반적  성질▼c5133▼a4-1  기계적  성질▼c5144▼a4-1-1  인장강도▼c5155▼a4-1-2  신율▼c5266▼a4-1-3  항복점▼c5277▼a4-1-4  탄성한게▼c5388▼a4-1-5  탄성계수▼c5399▼a4-1-6  단면수축률▼c5400▼a4-1-7  경도▼c5411▼a4-1-8  항압력▼c5422▼a4-1-9  충격저항▼c5433▼a4-1-10  굴곡강도▼c5544▼a4-1-11  피로저항▼c5555▼a4-1-12  크리프  한계▼c5566▼a4-2  물리적  성질▼c5577▼a4-2-1  색▼c5688▼a4-2-2  비중▼c5699▼a4-2-3  용융점,  응고점▼c5700▼a4-2-4  용융잠열▼c5711▼a4-2-5  비점▼c5722▼a4-2-6  기화잠열▼c5733▼a4-2-7  비열▼c5744▼a4-2-8  강자성  소멸점▼c5855▼a4-2-9  열팽창  계수▼c5866▼a4-2-10  열전도도▼c5977▼a4-2-11  전기비전도도▼c5988▼a4-2-12  결정계와  공간격자▼c5999▼a4-3  화학적  성질▼c6000▼a4-3-1  이온화  경향▼c6011▼a4-3-2  부식▼c6122▼a4-4  합금의  특성▼c6433▼a4-4-1  비중▼c6444▼a4-4-2  비열▼c6455▼a4-4-3  열팽창계수▼c6466▼a4-4-4  전기,  열전도율▼c6477▼a4-4-5  인장강도,  경도▼c6588▼a4-4-6  신율,  단면수축률▼c6599▼a4-4-7  용융점▼c6500▼a4-4-8  열처리  효과▼c6611▼a제5장  금속재료  시험법▼c6722▼a5-1  인장시험▼c6833▼a5-1-1  인장시험기와  시험편▼c6844▼a5-1-2  인장시험  곡선▼c6855▼a5-1-3  탄성계수▼c7066▼a5-2  압축시험▼c7077▼a5-3  굽힘시험▼c7188▼a5-4  비틀림시험▼c7299▼a5-5  전단시험▼c730000▼a5-6  경도시험▼c740101▼a5-6-1  브리넬  경도▼c740202▼a5-6-2  로크웰  경도▼c780303▼a5-6-3  비커스  경도▼c790404▼a5-6-4  쇼어경도▼c800505▼a5-6-5  Scratch  경도▼c810606▼a5-7  충격시험▼c820707▼a5-7-1  샤르피  충격시험기▼c820808▼a5-7-2  아이조드  충격시험기▼c830909▼a5-8  피로시험▼c831010▼a5-9  크리프  시험▼c851111▼a5-10  마모시험▼c851212▼a5-10-1  미끄럼  마모▼c861313▼a5-10-2  회전마모▼c861414▼a제6장  금속재료의  현미경시험▼c871515▼a6-1  매크로  검사법▼c871616▼a6-2  현미경  조직시험법▼c891717▼a6-2-1  시편의  준비▼c891818▼a6-2-2  금속현미경의  구조와  종류▼c901919▼a6-3  시편의  부식  및  부식제▼c922020▼a6-3-1  시편의  부식▼c922121▼a6-3-2  철강  및  주철용  부식제▼c932222▼a6-3-3  비철금속용  부식제▼c932323▼a제7장  결함시험▼c952424▼a7-1  결함의  종류와  검사법▼c952525▼a7-2  육안적  검사▼c962626▼a7-3  물리적  검사▼c1022727▼a7-4  화학적  검사▼c1092828▼a7-5  기계적  검사▼c1112929▼a제2편  철강재료3030▼a제1장  철  및  강의  제조법▼c1153131▼a1-1  철과  강의  분류법▼c1153232▼a1-2  제철법▼c1173333▼a1-2-1  철광석▼c1173434▼a1-2-2  선철의  제조▼c1183535▼a1-3  강의  제조법▼c1213636▼a1-3-1  평로  제강법▼c1223737▼a1-3-2  전로  제강법▼c1233838▼a1-3-3  전기로  제강법▼c1243939▼a1-3-4  도가니로  및  유도로에  의한  제강법▼c1254040▼a1-4  주철의  제조▼c1254141▼a1-5  잉곳의  제조▼c1264242▼a제2장  탄소강▼c1294343▼a2-1  탄소강의  기초▼c1294444▼a2-1-1  순철▼c1294545▼a2-1-2  순철의  변태▼c1304646▼a2-1-3  순철의  물리적  성질▼c1314747▼a2-1-4  순철의  화학적  성질▼c1324848▼a2-1-5  순철의  기계적  성질과  용도▼c1324949▼a2-2  탄소강의  상태도와  조직▼c1335050▼a제3장  탄소강의  열처리▼c1435151▼a3-1  열처리의  종류▼c1435252▼a3-2  강의  조직▼c1435353▼a3-2-1  철강의  변태▼c1445454▼a3-2-2  서냉조직▼c1445555▼a3-3  계단열처리▼c1455656▼a3-4  풀림▼c1465757▼a3-4-1  풀림의  목적▼c1465858▼a3-4-2  풀림의  종류▼c1475959▼a3-5  불림▼c1506060▼a3-6  풀림,  불림한  강의  기계적  성질▼c1526161▼a3-7  담금질▼c1536262▼a3-7-1  담금질  가열온도▼c1546363▼a3-7-2  담금질  가열의  시간▼c1566464▼a3-7-3  담금질  균열▼c1576565▼a3-7-4  잔류  Austenite▼c1576666▼a3-7-5  담금질  경도▼c1586767▼a3-7-6  담금질된  Martensite의  경도▼c1596868▼a3-8  뜨임▼c1606969▼a3-8-1  뜨임조직과  온도▼c1607070▼a3-8-2  뜨임온도와  그  판정▼c1627171▼a3-8-3  뜨임에  의한  조직의  변화▼c1627272▼a3-8-4  공석  탄소강의  뜨임과정▼c1637373▼a3-8-5  저  탄소강의  뜨임과정▼c1647474▼a3-8-6  뜨임취성▼c1647575▼a3-9  강의  항온변태▼c1667676▼a3-9-1  항온변태의  곡선▼c1667777▼a3-9-2  함유원소  등의  영향▼c1687878▼a3-9-3  항온변태의  응용▼c1687979▼a3-10  연속냉각  변태곡선▼c1728080▼a3-11  강의  담금질성▼c1738181▼a3-11-1  임계직경▼c1748282▼a3-11-2  Jominy  시험▼c1758383▼a제4장  강의  표면처리▼c1778484▼a4-1  표면경화와  그  방법▼c1778585▼a4-2  화학적  방법▼c1788686▼a4-2-1  침탄법▼c1788787▼a4-2-2  청화법▼c1818888▼a4-2-3  질화법▼c1848989▼a4-2-4  금속침투에  의한  경화법▼c1859090▼a4-3  물리적  방법▼c1879191▼a4-3-1  고주파  유도가열  경화법▼c1879292▼a4-3-2  화염  경화법▼c1889393▼a4-3-3  방전경화법과  기타방법▼c1899494▼a제5장  강의  소성가공▼c1919595▼a5-1  강의  냉간가공▼c1919696▼a5-1-1  냉간가공에  의한  강의  조직변화▼c1919797▼a5-1-2  냉간가공과  압력변형선도▼c1929898▼a5-1-3  가공경화에  의한  강의  강화▼c1939999▼a5-1-4  냉간압연  강판의  프레스  가공성▼c1940000▼a5-1-5  냉간  가공한  강을  가열했을  때의  변화▼c1960101▼a5-2  강의  열간가공▼c1960202▼a5-2-1  열간가공에  의한  조직변화▼c1960303▼a5-2-2  강의  열간가공성▼c1970404▼a5-2-3  열간가공에  의한  재질의  개선▼c1990505▼a5-3  강의  취성▼c2000606▼a제6장  특수강▼c2030707▼a6-1  특수강의  물리야금학적  분류▼c2040808▼a6-1-1  2원상태도에  의한  분류▼c2040909▼a6-1-2  변태의  온도  및  속도에  의한  분류▼c2051010▼a6-1-3  탄화물생성  경향에  의한  분류▼c2061111▼a6-2  특수  원소의  특수강  중에서의  존재상태▼c2061212▼a6-3  특수강재질에  영향을  주는  인자▼c2131313▼a6-3-1  합금원소에  의한  순철의  강화▼c2131414▼a6-3-2  경화능▼c2141515▼a6-3-3  저온  뜨임하여  사용하는  합금강▼c2151616▼a6-3-4  특수강의  고온뜨임▼c2181717▼a6-4  구조용  특수강▼c2211818▼a6-4-1  Cr강▼c2211919▼a6-4-2  Cr-Mo강▼c2222020▼a6-4-3  Ni-Cr강▼c2222121▼a6-4-4  Ni-Cr-Mo강▼c2232222▼a6-4-5  구조용  특수강  주강▼c2242323▼a6-4-6  고  Mn-Austenite강▼c2252424▼a6-5  스프링강▼c2262525▼a6-5-1  스프링강의  KS규격▼c2262626▼a6-5-2  Cr-V강▼c2272727▼a6-5-3  쾌삭강▼c2272828▼a6-6  공구강▼c2282929▼a6-6-1  탄소공구강▼c2293030▼a6-6-2  합금공구강▼c2313131▼a6-6-3  고속도강▼c2343232▼a6-6-4  주조경질합금▼c2383333▼a6-6-5  소결경질합금▼c2393434▼a6-6-6  비금속  초경질공구▼c2403535▼a6-7  공구강에  유사한  강▼c2413636▼a6-7-1  bearing  강▼c2413737▼a6-7-2  게이지용  강▼c2423838▼a6-8  불수강▼c2433939▼a6-8-1  Cr계  불수강▼c2434040▼a6-8-2  Cr-Ni계  불수강▼c2424141▼a6-8-3  석출경화형  불수강▼c2534242▼a6-9  내열강▼c2574343▼a6-9-1  저  합금  내열강▼c2574444▼a6-9-2  Stainless계  내열강▼c2584545▼a6-10  전자기용  특수강▼c2634646▼a6-10-1  전기철심재료▼c2634747▼a6-10-2  영구자석강▼c2644848▼a6-10-3  비자성강▼c2644949▼a6-10-4  내한강▼c2655050▼a제7장  주철▼c2675151▼a7-1  주철의  분류▼c2675252▼a7-2  주출의  특성▼c2685353▼a7-3  주철의  조직▼c1695454▼a7-3-1  주철의  조직선도▼c2705555▼a7-4  흑연의  생성과  조직▼c2725656▼a7-5  주철의  성질과  함유원소▼c2735757▼a7-5-1  물리적  성질▼c2735858▼a7-5-2  기계적  성질▼c2735959▼a7-5-3  화학적  성질▼c2756060▼a7-5-4  주철의  수축▼c2756161▼a7-5-5  주철의  주조응력▼c2766262▼a7-5-6  각종원소의  영향▼c2766363▼a7-6  보통주철과  고급주철▼c2786464▼a7-6-1  보통주철▼c2796565▼a7-6-2  고급주철▼c2806666▼a7-7  합금주철▼c2816767▼a7-7-1  니켈주철▼c2826868▼a7-7-2  크롬주철▼c2846969▼a7-7-3  니켈-크롬주철▼c2847070▼a7-7-4  몰리브텐주철▼c2857171▼a7-7-5  니켈-몰리브텐주철▼c2857272▼a7-7-6  고규소  주철▼c2857373▼a7-7-7  알루미늄  주철▼c2857474▼a7-8  가단주철▼c2857575▼a7-8-1  흑심가단주철▼c2867676▼a7-8-2  백심가단주철▼c2877777▼a7-9  Chilled  주물▼c2897878▼a7-10  구상흑연주철▼c2907979▼a제3편  비철재료8080▼a제1장  동과  그  합금▼c2958181▼a1-1  동합금의  개요▼c2958282▼a1-1-1  동광석▼c2958383▼a1-1-2  재련법▼c1958484▼a1-1-3  시판동▼c1968585▼a1-2  동▼c2988686▼a1-2-1  동의  물리적  성질▼c2988787▼a1-2-2  동의  기계적  성질▼c2988888▼a1-2-3  동의  화학적  성질▼c3008989▼a1-3  동  합금▼c3019090▼a1-4  황동▼c3029191▼a1-4-1  황동의  조직▼c3029292▼a1-4-2  황동의  성질▼c3039393▼a1-4-3  황동의  용해와  주조▼c3079494▼a1-4-4  실용황동▼c3089595▼a1-4-5  특수황동▼c3099696▼a1-4-6  양백▼c3139797▼a1-5  주석청동▼c3159898▼a1-5-1  주석청동의  조직▼c3159999▼a1-5-2  주석청동의  성질▼c3170000▼a1-5-3  주석청동의  용해와  주조▼c3180101▼a1-5-4  실용주석청동▼c3190202▼a1-5-5  특수청동▼c3200303▼a1-6  알루미늄  청동▼c3230404▼a1-7  기타의  동합금▼c3250505▼a1-7-1  규소청동  및  실진청동▼c3250606▼a1-7-2  Be  청동▼c3250707▼a1-7-3  망간동▼c3260808▼a1-7-4  Cu-Ni-Si  합금▼c3270909▼a1-7-5  크롬동▼c3281010▼a1-7-6  티탄동▼c3281111▼a제2장  알루미늄과  그  합금▼c3291212▼a2-1  알루미늄의  성질▼c3291313▼a2-1-1  물리적  성질▼c3301414▼a2-1-2  기계적  성질▼c3311515▼a2-1-3  화학적  성질▼c3321616▼a2-2  알루미늄의  방식성▼c3321717▼a2-3  주물용  AI합금▼c3331818▼a2-3-1  Al-Cu계  합금▼c3331919▼a2-3-2  Al-Si계  합금▼c3352020▼a2-3-3  Al-Cu-Si계  합금▼c3372121▼a2-3-4  Al-Mg  합금▼c3372222▼a2-3-5  Al-Cu-Ni-Mg  합금▼c3382323▼a2-4  Die  Casting  용  Al합금▼c3392424▼a2-5  가공용  Al함금▼c3402525▼a2-5-1  합금의  명칭과  질별기호▼c3402626▼a2-5-2  내식성  Al합금▼c3422727▼a2-6  고강도  Al합금▼c3462828▼a2-6-1  Al-Cu-Mg계  합금▼c3472929▼a2-6-2  Al-Zn-Mg계  합금▼c2483030▼a2-7  기타합금▼c3493131▼a2-7-1  합판▼c3493232▼a2-7-2  내열합금▼c3493333▼a2-7-3  Rivet재  합금▼c3493434▼a2-7-4  Al분말  소결체▼c3503535▼a2-7-5  주조용  Al합금▼c3503636▼a제3장  마그네슘과  그합금▼c3513737▼a3-1  마그네슘▼c3523838▼a3-2  주조용  Mg합금▼c3523939▼a3-2-1  Mg-Al계  합금▼c3534040▼a3-2-2    Mg-Zn계  합금▼c3544141▼a3-2-3  Mg  희토류계  합금▼c3544242▼a3-2-4  Mg-Zr계  합금▼c3544343▼a3-2-5  Mg-Th계  합금▼c3554444▼a3-3  Mg합금의  용해와  주조▼c3554545▼a3-4  가공용  Mg합금▼c3564646▼a3-4-1  Mg-Mn합금▼c3574747▼a3-4-2  Mg-Al-Zn계  합금▼c3574848▼a3-4-3  Mg-Zn-Zr계  합금▼c3584949▼a제4장  니켈과  그  합금▼c3595050▼a4-1  니켈▼c3595151▼a4-1-1  니켈의  성질▼b3595252▼a4-1-2  니켈의  용도▼c3605353▼a4-2  니켈-동합금▼c3615454▼a4-2-1  조직  및  성질▼c3615555▼a4-2-2  실용합금▼c3615656▼a4-3  니켈-철합금▼c3625757▼a4-3-1  조직  및  성질▼c3635858▼a4-3-2  실용합금▼c3635959▼a4-4  Ni-Cr계  합금▼c3656060▼a4-4-1  니크롬▼c3656161▼a4-4-2  열전대선▼c3666262▼a4-4-3  전기저항선▼c3676363▼a4-5  내식성Ni합금▼c3686464▼a4-6  내열성Ni합금▼c3696565▼a제5장  티타늄과  그  합금▼c3716666▼a5-1  티타늄▼c3716767▼a5-1-1  물리적  성질▼c3716868▼a5-1-2  기계적  성질▼c3726969▼a5-1-3  화학적  성질▼c3727070▼a5-2  Ti합금▼c3737171▼a5-2-1  Ti합금  상태도▼c3737272▼a5-2-2  실용  Ti합금▼c3747373▼a제6장  아연,  석,  연,  신금속과  그  합금▼c3777474▼a6-1  아연  및  그합금▼c3777575▼a6-1-1  아연▼c3777676▼a6-1-2  아연합금▼c3-7-87777▼a6-2  주석과  그  합금▼c3807878▼a6-2-1  주석▼c3807979▼a6-2-2  주석합금▼c3828080▼a6-3  납과  그  합금▼c3838181▼a6-3-1  납▼c3838282▼a6-3-2  납합금▼c3848383▼a6-4  전자공업  신금속  재료▼c3888484▼a6-4-1  반도체  재료▼c3888585▼a6-4-2  게르마늄과  그  합금▼c3898686▼a6-4-3  Si  또는  고순도  규소▼c3898787▼a6-5  항공  및  우주용  재료▼c3898888▼a6-6  원자로용  재료▼c3908989▼a제7장  귀금속  및  고융점  금속과  그  합금▼c3939090▼a7-1  은과  그  합금▼c3939191▼a7-2  금과  그  합금▼c3939292▼a7-3  백금▼c3949393▼a7-4  이리듐,  오스뮴,  팔라듐▼c3949494▼a7-5  코발트▼c3949595▼a7-6  텅스텐▼c3959696▼a7-7  몰리브텐▼c3959797▼a제8장  베어링용  합금▼c3979898▼a8-1  주석계▼c3979999▼a8-2  연계▼c3980000▼a8-2-1  Pb-Sb-Sn계  합금▼c3990101▼a8-2-2  Pb-Ba-Na계  합금▼c3990202▼a8-3  동계  베어링합금▼c3990303▼a8-4  알류미늄계  베어링합금▼c4000404▼a8-5  카드뮴계,  베어링  합금▼c4010505▼a8-5-1  카드뮴계  베어링  합금▼c4010606▼a8-5-2  아연계  베어링  합금▼c4010707▼a8-6  무급유  베어링▼c4020808▼a8-6-1  소결  무급류  베어링▼c4020909▼a8-6-2  주철함유  베어링▼c4021010▼a제1장  금속재료의  개요▼c4051111▼a1-1  기계재료로서의  비금속재료의  역할▼c4051212▼a1-2  비금속재료의  종류▼c4051313▼a제2장  기초용  재료▼c4071414▼a2-1  석재와  벽돌▼c4071515▼a2-1-1  석재▼c4071616▼a2-1-2  벽돌▼c4071717▼a2-2  시멘트▼c4081818▼a2-2-1  시멘트의  정의▼c4081919▼a2-2-2  시멘트의  분류▼c4082020▼a2-2-3  시멘트의  성질▼c4092121▼a2-3  모르타르▼c4102222▼a2-4  콘크리트▼c4112323▼a2-4-1  콘크리트의  정의와  역할▼c4112424▼a2-4-2  콘크리트의  성질▼c4122525▼a2-4-3  콘크리트의  침식,  방수  및  착색▼c4132626▼a제3장  내화재료와  보온재료▼c4152727▼a3-1  내화물▼c4152828▼a3-1-1  내화물의  정의와  분류▼c4152929▼a3-1-2  내화물의  분류법▼c4153030▼a3-1-3  내화물의  구비조건과  내화도▼c4163131▼a3-1-4  내화재료와  내화물▼c4173232▼a3-1-5  내화  모르타르▼c4193333▼a3-2  보온재료▼c4203434▼a3-2-1  유기질  보온재료▼c4203535▼a3-2-2  패킹재료▼c4243636▼a3-2-3  금속단열재▼c4203737▼a제4장  패킹재료▼c4233838▼a4-1  패킹의  정의와  용도▼c4233939▼a4-2  피킹재료▼c4234040▼a4-2-1  패킹재료의  구비조건▼c4234141▼a4-2-2  패킹재료▼c4244242▼a4-2-3  패킹의  분류▼c4244343▼a4-3  실용패킹▼c4254444▼a4-3-1  Asbest  Packing▼c4254545▼a4-3-2  고무  Packing▼c4254646▼a4-3-3  가죽  패킹▼c4264747▼a4-3-4  대마  및  목면패킹▼c4264848▼a4-3-5  Metal  및  Semi-metal  Packing▼c4274949▼a제5장  연삭재료▼c4295050▼a5-1  연삭제▼c4295151▼a5-2  천연산  연삭제,  연마제▼c4295252▼a5-2-1  다이아몬드▼c4305353▼a5-2-2  에머리▼c4305454▼a5-2-3  점토,  규조토▼c4305555▼a5-3  인조연삭제▼c4305656▼a5-3-1  Al2  O3▼c4305757▼a5-3-2  탄화규소▼c4305858▼a5-3-3  탄화붕소▼c4305959▼a5-4  인조연마제▼c4316060▼a5-4-1  산화철(Fe2O3)▼c4316161▼a5-4-2  산화크롬▼c4316262▼a5-4-3  소성알루미나(AL2O3)  및  MgO▼c4316363▼a5-5  천연숫돌▼c4316464▼a5-6  인조숫돌▼c4316565▼a5-6-1  재질▼c4326666▼a5-6-2  입도▼c4326767▼a5-6-3  경도▼c4326868▼a5-6-4  결합체▼c4326969▼a5-6-5  연삭숫돌의  형상과  윤곽▼c4337070▼a5-7  연마포지  및  유지  연마제▼c4337171▼a5-7-1  연마포지▼c4337272▼a5-7-2  유지성  연마제▼c4377373▼a제6장  탄소재료▼c4357474▼a6-1  다이아몬드▼c4367575▼a6-2  흑연의  용도▼c4367676▼a6-2-1  흑연  전극▼c4367777▼a6-2-2흑연  벽돌▼c4367878▼a6-3  기계용  탄소▼c4377979▼a6-4  원자로의  핵연료  피복재▼c4378080▼a6-5  탄소  섬유와  흑연  섬유▼c4378181▼a제7장  합성수지▼c4398282▼a7-1  합성수지의  정의와  성질▼c4398383▼a7-2  합성수지의  분류▼c4408484▼a7-3  열경화성  수지▼c4408585▼a7-3-1  페놀수지▼c4418686▼a7-3-2  요소수지▼c4418787▼a7-3-3  멜라멘수지▼c4418888▼a7-3-4  실리콘수지▼c4418989▼a7-4  열가소성수지▼c4419090▼a7-4-1  스티렌수지▼c4419191▼a7-4-2  염화비늘▼c4429292▼a7-4-3  폴리에틸렌▼c4429393▼a7-4-4  아크릴수지▼c4429494▼a7-5  합성수지의  성형가공▼c4429595▼a7-6  합성수지의용도▼c4439696▼a7-6-1  기어▼c4439797▼a7-6-2  화학기계장치의  부품▼c4439898▼a7-6-3  베어링▼c4439999▼a7-6-4  기계장치의  하우징▼c4440000▼a제8장  복합재료▼c4450101▼a8-1  복합재료의  종류▼c4460202▼a8-2  파이버  강화재▼c4460303▼a8-3  파이버  강화  플라스틱▼c4470404▼a8-4  메트릭스의  종류▼c4500505▼a8-5  파이버  강도▼c4520606▼a8-6  세라믹  복합재와  금속  강화  복합재▼c4530707▼a8-7  금속(접합)복합재▼c4540808▼a8-8  FRP의  성형▼c4550909▼a제9장  피혁▼c4571010▼a9-1  피혁의  개요▼c4571111▼a9-2  가죽의  처리와  성질▼c4571212▼a9-3  인조피▼c4581313▼a제10장  도료▼c4591414▼a10-1  도료의  개요▼c4591515▼a10-1-1  도료의  개요▼c4591616▼a10-1-2  페인트▼c4591717▼a10-1-3  와니스▼c4601818▼a10-1-4  도료의  사용  목적  및  특성에  따른  분류▼c4601919▼a10-2  각종  도료▼c4602020▼a10-2-1  방청도료▼c4602121▼a10-2-2  내산도료▼c4612222▼a10-2-3  내열도료▼c4612323▼a10-2-4  경금속도료▼c4612424▼a10-2-5  선저도료▼c4622525▼a10-2-6  전기절연도료▼c4622626▼a10-2-7  발광도료▼c4622727▼a10-2-8  내알카리성도료▼c4622828▼a10-2-9  수성도료▼c4622929▼a10-2-10  내유도료▼c4633030▼a제11장  윤활유,  절삭유▼c4653131▼a11-1  윤활유▼c4653232▼a11-1-1  윤활유의  작용▼c4653333▼a11-1-2  윤활유의  종류와  성상▼c4653434▼a11-1-3  광물성  윤활유의  용도▼c4663535▼a11-1-4  지방성  윤활유  및  혼성  윤활유▼c4673636▼a11-1-5  Grease  및  혼성  윤활유▼c4673737▼a11-2  절삭유▼c4683838▼a11-2-1  절삭유의  목적▼c4683939▼a11-2-2  절삭유의  종류▼c4684040▼a제12장  세라믹▼c4714141▼a12-1  세라믹의  역사▼c4714242▼a12-2  세라믹의  분류▼c4714343▼a12-3  세라믹의  특성과  응용▼c4734444▼a12-4  서멧(Cermet)▼c4754545▼a부록▼c4774646▼a찾아보기▼c4894747
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