MARC

 008071012s2006        ulka                    000      kor
■020    ▼a8942572006
■0801  ▼a614.83
■082    ▼a628.92▼b안74ㅂ▼223
■090    ▼a628.92▼b안74ㅂ
■1001  ▼a安全工學協會  編
■24510▼a방폭공학▼x爆發▼d安全工學協會  編▼e신창섭,  김영수,  김  홍,  안형환,  인세진,  추병길공역
■250    ▼a2판
■260    ▼a서울▼b(도서출판)동화기술▼c2006
■300    ▼a407p.▼b삽도▼c26cm
■505    ▼a제1장  폭발개론▼c13▼a참고문헌▼c15▼a제2장  폭발의  종류와  형식▼c17▼a2.1  기상폭발▼c17▼a2.2  응상폭발▼c23▼a참고문헌▼c24▼a제3장  가스폭발▼c25▼a3.1  혼합가스  폭발▼c25▼a3.2  분해폭발▼c54▼a3.3  대량유출된  가연성가스  폭발▼c5800▼a3.4  폭발의  방지▼c6111▼a참고문헌▼c6822▼a제4장  분진폭발▼c6933▼a4.1  분진폭발  재해▼c6944▼a4.2  분진폭발의  의미▼c7555▼a4.3  분진의  폭발  위험성▼c7966▼a4.4  분진폭발  특성의  시험법과  문제점▼c9977▼a4.5  분체취급  공정의  위험성  평가▼c11388▼a4.6  분진화재의  발생과  검지▼c11499▼a4.7  분체  취급공정의  폭발화재  방지▼c11600▼a참고문헌▼c12311▼a제5장  불안정  물질의  분해폭발▼c12522▼a5.1  불안정  물질의  에너지  방출  위험성▼c12533▼a5.2  불안정  물질의  에너지  위험성의  실험에  의하지  않은  추정과  예측▼c12844▼a5.3  불안정  물질의  실험적  위험성  평가▼c14155▼a5.4  화재  ·  폭발시  위험범위  산정▼c15566▼a참고문헌▼c18677▼a제6장  반응폭주의  위험성▼c19188▼a6.1  반응폭주의  의미▼c19199▼a6.2  반응폭주의  종류와  원인▼c19200▼a6.3  반응폭주에  의한  위급상태의  발생방지▼c19611▼a6.4  반응폭주  위험성의  예측과  방지대책▼c19622▼a6.5  반응폭주에  의한  사고예▼c21133▼a참고문헌▼c21444▼a제7장  증기폭발▼c21555▼a7.1  고온  용융물과  물과의  증기폭발▼c21666▼a7.2  물과  액체의  비등형상▼c21877▼a7.3  저온  액화가스의  증기폭발▼c23188▼a7.4  고압하의  과열액체의  증기폭발▼c23799▼a참고문헌▼c24400▼a제8장  가스폭발의  효과▼c24511▼a8.1  가스폭발의  효과▼c24522▼a8.2  폭발에너지▼c24533▼a8.3  폭연▼c24844▼a8.4  폭굉▼c25355▼a8.5  파열▼c26866▼a8.6  평가▼c27477▼a참고문헌▼c28288▼a제9장  가스폭발의  예방▼c28399▼a9.1  플랜트에서의  폭발  예방대책▼c28400▼a9.2  공업적으로  실용화된  폭발예방  기기  ·  장치  및  시스템▼c29611▼a9.3  폭발사고예와  안전화  대책▼c30322▼a9.4  석유류의  저장  ·  취급시의  폭발방지▼c30733▼a참고문헌▼c30944▼a제10장  가스폭발의  방호▼c31155▼a10.1  폭발방호  개론▼c31266▼a10.2  폭발안전장치의  연구법▼c32077▼a10.3  압력방출장치▼c32388▼a10.4  폭발  방출▼c34399▼a10.5  공기를  포함하지  않는  대기누출▼c35000▼a10.6  화염전파방지  장치▼c35911▼a10.7  폭발억제  장치▼c37322▼a10.8  전기설비의  방폭구조▼c37833▼a참고문헌▼c38744▼a부  록▼c38955▼a찾아보기▼c40366
■9500  ▼c16,000

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