MARC

 008110225s2008        ulka                    000      kor
■020    ▼a9788953491045
■0801  ▼a621.744
■082    ▼a671.33▼b임36ㅅ▼223
■090    ▼a671.33▼b임36ㅅ
■1001  ▼a임무생  지음
■24510▼a사출가공과  금형▼d임무생  지음
■260    ▼a서울▼b한국학술정보▼c2008
■300    ▼a586p.▼b삽도▼c26cm
■505    ▼a제1부  금형▼a금형의  구조▼c12▼a금형설계▼c26▼a사출금형의  문제점에  대한  대책(1)▼c35▼a사출금형의  문제점에  대한  대책(2)▼c41▼a사출성형기  TYPE별  차이▼c46▼a사출성형기  선정기준▼c50▼a금형재료▼c54▼a표준MOLD  BASE▼c60▼aMOLD  PARTS▼c6400▼a사출금형  종류▼c7311▼aEJECTOR  SYSTEM▼c8222▼a금형온도  CONTROL▼c9133▼a온도조정과  냉각▼c10344▼aRUNNER  SYSTEM▼c13655▼aGATING▼c14266▼aVENTING  OF  MOLD▼c18277▼a금형의  끝마무리에  대하여▼c18488▼a제2부  방전가공기술99▼a개요▼c19200▼a방전가공의  역사▼c19311▼a방전현상▼c19522▼a방전가공원리▼c20033▼a방전가공의  특징▼c20244▼a방전가공용어▼c21055▼a가공성능▼c21566▼a방전가공전극▼c22677▼a가공액▼c27388▼a가공칩배출(FLUSHING)▼c28199▼a방전가공의  실제▼c29200▼a방전잘단▼c31411▼a방전연삭▼c31822▼a제3부  사출성형33▼a열가소성  수지▼c32444▼a열경화성  수지▼c42255▼a재료선정의  고려사항▼c42766▼a성형재료의  선택▼c42977▼a열가소성  및  열경화성  수지의  특징  및  용도▼c43488▼a수지의  특성비교▼c43799▼a수지물성▼c44100▼a합성수지  재질  검사  방법▼c44611▼a성형공정▼c45122▼a수지별  사출성형의  문제점과  그  대책▼c46333▼a수지별  사출성형의  실례▼c49844▼a2차  가공의  종류  및  방법▼c50655▼a성품의  2차  가공▼c51766▼a접착제▼c51977▼aPOLYPROPYLENE의  착색  및  2차  가공▼c52388▼aPLASTIC도금법▼c52799▼aLABOR  SAVING  대책과  EQUIPMENT▼c54600▼a성형법▼c56311▼a사출성형기술▼c56722▼a사출성형▼c57033▼a사출성형의  문제점  해결의  접근방법▼c57544▼aPLURGER  사출성  형기의  성형  CYCLE  추정▼c58255
■9500  ▼c38,000

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