MARC

 008110407s2004        ulka                    000      kor
■020    ▼a8984580740
■0801  ▼a621.79
■082    ▼a671.7▼b권95ㄱ▼223
■090    ▼a671.7▼b권95ㄱ
■1001  ▼a권호영,  강길구,  양학희,  송광호  공저
■24510▼a금속표면처리공학개론▼d권호영,  강길구,  양학희,  송광호  공저
■260    ▼a서울▼b골드▼c2004
■300    ▼a379p.▼b삽도▼c26cm
■505    ▼a1.  금속표면문성의  기초▼c11▼a1-1  금속표면의  구조▼c11▼a1-2  금속표면의  물리적  성질▼c19▼a1-3  금속표면에서  화학결합력▼c35▼a1-4  금속표면의  화학반응성▼c42▼a2.  금속의  전기화학▼c55▼a2-1  서론▼c55▼a2-2  금속/전해질계면▼c56▼a2-3  부식의  열역학▼c63▼a2-4  부식의  속도▼c6700▼a2-5  금속의  부동태▼c7111▼a2-6  전기화학측정법▼c7622▼a3.  고온산화▼c8333▼a3-1  서론▼c8344▼a3-2  고온산화반응의  열역학▼c8455▼a3-3  산화피막  내의  수송현상▼c9266▼a3-4  산화반응의  속도론▼c10177▼a3-5  합금의  고온산화▼c11388▼a3-6  고온산화피막의  조성과  형태▼c12299▼a4.  금속재료의  부식과  방식▼c13300▼a4-1  부식의  종류와  그  종류▼c13311▼a4-2  합금의  전기화학적  성질▼c13422▼a4-3  합금의  부동태▼c13633▼a4-4  내식합금▼c14344▼a4-5  각종  내식과  그  원인▼c15155▼a5.  금속의  표면처리▼c19366▼a5-1  전처리▼c19577▼a5-2  금속피복▼c20988▼a5-3  비금속피복▼c29199▼a5-4  양극산화  ·  화성처리▼c29900▼a5-5  표면경화법▼c30911▼a5-6  음극스패터링,  기상도금  및  이온도금▼c31322▼a6.  표면물성의  측정법▼c32133▼a6-1  저속전자회절▼c32144▼a6-2  분자분광법▼c32955▼a6-3  진동분광법▼c33466▼a6-4  기타의  측정법▼c34977
■9500  ▼c18,000

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