MARC

 008090601s2002        ulka                    000      kor
■020    ▼a8989911222
■0801  ▼a538
■082    ▼a537.1▼b김52ㅎ▼223
■090    ▼a537.1▼b김52ㅎ
■1001  ▼a김상진,  김진사,  김형권  지음
■24510▼a현대  전기  자기학▼d김상진,  김진사,  김형권  지음
■260    ▼a서울▼b테크미디어▼c2002
■300    ▼a386p.▼b삽도▼c26cm
■505    ▼a1장  벡터  해석과  전자기학▼c11▼a1.1  벡터의  합과  차▼c11▼a1.2  벡터의  곱▼c14▼a1.3  스칼라의  경도▼c22▼a1.4  벡터의  발산과  가우스의  정리▼c25▼a1.5  푸아송과  라플라스의방정식▼c28▼a1.6  벡터의회전과  스토크스의  정리▼c32▼a1.7  자계의  벡터  퍼텐셜▼c36▼a연습문제▼c40▼a2장  정전계▼c4300▼a2.1  대전  현상과  전하▼c4311▼a2.2  정전  유도▼c4422▼a2.3  쿨롱의  법칙▼c4533▼a2.4  전계와  전기력선▼c5144▼a2.5  전위와  전위차▼c5755▼a2.6  등전위면과  전위  경도▼c6366▼a2.7  가우스의  정리▼c6777▼a2.8  대전  도체의  성질▼c7288▼a2.9  가우스  정리의  응용▼c7399▼a2.10  전기  쌍극자와  전기  2중충▼c8400▼a2.11  전기력선의  발산▼c8911▼a2.12  푸아송의  방정식과  라플라스의  정식▼c9222▼a2.13  라플라스  방정식의  차분  근사  해법▼c9433▼a연습문제▼c9844▼a3장  도체계와  정전  용량▼c10555▼a3.1  도체계▼c10566▼a3.2  전위  계수▼c10677▼a3.3  용량  계수와  유도  계수▼c10788▼a3.4  정전  용량▼c11299▼a3.5  콘덴서▼c11600▼a3.6  콘덴서의  접속▼c11711▼a3.7  도체계의  에너지▼c12122▼a3.8  정전력▼c12733▼a연습문제▼c13044▼a4장  유정체▼c13555▼a4.1  유전체의  성질▼c13566▼a4.2  전기  분극▼c13877▼a4.3  전속과  전속  밀도▼c14188▼a4.4  유전율이  다른  유전체  경계면에서의  E와  D▼c14499▼a4.5  정전계의  에너지  밀도▼c15100▼a4.6  유전체에  작용하는  힘▼c15311▼a4.7  강유전체▼c15822▼a연습문제▼c15933▼a5장  전기  영상법▼c16544▼a5.1  전기  영상법▼c16555▼a5.2  평면  도체와  점전하▼c16566▼a5.3  도체구와  점전하▼c16877▼a5.4  두  종류의  유전체와  점전하▼c17188▼a연습문제▼c17499▼a6장  전류▼c17700▼a6.1  전류와  전류  밀도▼c17711▼a6.2  옴의  법칙과  전기  저항▼c17922▼a6.3  줄열과  전력▼c18433▼a6.4  열기전력▼c18544▼a6.5  직류  회로의  계산▼c18755▼a연습문제▼c19066▼a7장  전류의  자기  현상▼c19377▼a7.1  전류에  의한  자게▼c19388▼a7.2  정자계의  기초▼c19499▼a7.3  암페어의  주회  적분  법칙▼c19900▼a7.4  비오  -  사바르의  법칙▼c20411▼a7.5  벡터  퍼텐셜▼c20822▼a7.6  자계  속의  전류에  작용하는  힘▼c21133▼a7.7  평행  도체  전류  사이의  전자력▼c21544▼a7.8  핀치  효과와  홀  효과▼c21755▼a연습문제▼c22066▼a8장  자성체▼c22777▼a8.1  물질의  자성▼c22788▼a8.2  자성의  원인▼c22899▼a8.3  자화의  세기▼c22900▼a8.4  자기  감자력▼c23211▼a8.5  유전율이  다른  자성체  경계면에서의  B와  H▼c23322▼a8.6  강자성체▼c23433▼a8.7  자기  회로▼c24044▼a8.8  공극을  가진  자기  회로▼c24655▼a8.9  포화  특성을  가진  철심의  자기  회로▼c24866▼a8.10  자기  차폐▼c25077▼a연습문제▼c25188▼a9장  전자  유도▼c25599▼a9.1  전자  유도의  법칙▼c25500▼a9.2  자계  속을  운동하는  도체에  생기는  기전력▼c25911▼a9.3  와전류▼c26122▼a9.4  표피  효과▼c26233▼a연습문제▼c26344▼a10장  인덕턴스▼c26555▼a10.1  자기  인덕턴스▼c26566▼a10.2  인덕턴스▼c26677▼a10.3  자기  인덕턴스와  상호  인덕턴스의  관계▼c27088▼a10.4  전류의  자계  에너지▼c27399▼a10.5  인덕턴스의  직렬  접속▼c27500▼a10.6  인덕턴스의  계산▼c27711▼a10.7  송전선의  익덕턴스▼c28322▼a10.8  기하학적  평균  거리▼c28533▼a연습문제▼c28944▼a11장  전자계▼c29355▼a11.1  변위  전류와  맥스웰의  전자계  방정식▼c29366▼a11.2  전자파의  발생▼c29477▼a11.3  평면파▼c29588▼a11.4  포이팅의  정리▼c30099▼a연습문제▼c3030000▼a연습문제  풀이▼c3050101▼a부록▼c3710202▼a1.  물리  상수▼c3710303▼a2.  그리스  문자▼c3710404▼a3.  단위의  승수▼c3720505▼a4.  수학  공식▼c3720606▼a5.  벡터▼c3770707▼a찾아보기▼c3810808
■9500  ▼c15,000

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