MARC

 008090603s2006        ulka                    000      kor
■020    ▼a8975280837
■0801  ▼a621.3.002
■082    ▼a620.11297▼b김66ㅈ▼223
■090    ▼a620.11297▼b김66ㅈ
■1001  ▼a김원배  저
■24510▼a전기전자재료▼b전기전자  공학도를  위한▼d김원배  저
■260    ▼a서울▼b두양사▼c2006
■300    ▼a250p.▼b삽도▼c26cm
■505    ▼a제1장  재료의  기초▼a1.1  물질의  구조▼c11▼a1.2  에너지  준위▼c13▼a1.3  원자의  전자각▼c14▼a1.4  여기와  전리▼c17▼a1.5  원자의  결합▼c18▼a1.6  결정▼c23▼a1.7  고체의  에너지대  이론의  기초▼c29▼a제2장  도전  재료▼a2.1  도전  재료와  도전  형상▼c3700▼a2.2  금속의  가공  및  열처리▼c4011▼a2.3  도전  재료▼c4422▼a2.4  전선  및  케이블▼c5233▼a2.5  저항  재료▼c6744▼a2.6  전기  접촉기  재료▼c7655▼a2.7  초전도▼c7966▼a제3장  절연  재료77▼a3.1  절연체,  유전체▼c8788▼a3.2  고체  절연  재료의  도전  현상▼c8799▼a3.3  절연  파괴▼c8900▼a3.4  유전  현상▼c9411▼a3.5  절연  재료의  분류▼c10322▼a3.6  기체  절연  재료▼c10433▼a3.7  액체  절연  재료▼c10644▼a3.8  무기  고체  절연  재료▼c11055▼a3.9  유기  고체  절연  재료▼c11866▼a제4장  자기  재료77▼a4.1  자성체▼c14588▼a4.2  자기에  관한  기초  사항▼c14599▼a4.3  자성의  기원과  자기  공명▼c15100▼a4.4  자성체의  종류▼c15411▼a4.5  자화  곡선,  자  구▼c15822▼a4.6  철손▼c16033▼a4.7  자기  이방성,  자기  왜형▼c16244▼a4.8  철심  재료▼c16355▼a4.9  영구  자석  재료▼c17666▼a4.10  특수  자기  재료▼c18377▼a제5장  반도체  재료88▼a5.1  반도체  재료▼c19399▼a5.2  다이오드  및  트랜지스터▼c20800▼a5.3  광전  재료▼c21311▼a5.4  반도체  저항  재료▼c21522▼a5.5  전자  냉동  재료▼c21733▼a제6장  특수  재료44▼a6.1  특수  전기  재료▼c22355▼a6.2  센서▼c22766▼a6.3  레이저▼c23577▼a6.4  광섬유▼c23988▼a6.5  액정▼c24399
■9500  ▼c12,000

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