MARC

 008090601s2007        ulka                    000      kor
■020    ▼a8988664973
■0801  ▼a538
■082    ▼a537.1▼b박82ㄱ▼223
■090    ▼a537.1▼b박82ㄱ
■1001  ▼a박창옥,  박현호,  권영훈  공저
■24510▼a기초  전기자기학▼d박창옥,  박현호,  권영훈  공저
■250    ▼a개정판
■260    ▼a서울▼b태영문화사▼c2007
■300    ▼a324p.▼b삽도▼c27cm
■505    ▼a제1장  벡터▼a1.1  스칼라와  벡터▼c15▼a1.2  직각  좌표계▼c16▼a1.3  벡터의  계산▼c17▼a1.4  벡터의  미분연산▼c23▼a1.5  벡터의  적분정리▼c25▼a요점정리▼c27▼a연습문제▼c29▼a제2장  진공중의  정전계▼a2.1  쿨롱의  법칙▼c3100▼a2.2  전계의  세기▼c3511▼a2.3  전기력선의  성질▼c3822▼a2.4  가우스  정리▼c3933▼a2.5  일과  전위▼c4644▼a2.6  전위경도▼c4855▼a2.7  등전위면▼c4966▼a2.8  전기력선의  방정식▼c4977▼a2.9  포아송  및  라플라스  방정식▼c5188▼a2.10  전기쌍극자와  전기이중층▼c5299▼a요점정리▼c5800▼a연습문제▼c6211▼a제3장  정전용량22▼a3.1  정전용량(Capacitance)▼c7133▼a3.2  정전용량의  계산  에▼c7344▼a3.3  전위계수▼c7755▼a3.4  용량계수와  유도계수▼c7866▼a3.5  합성  정전용량▼c8077▼a3.6  도체계의  에너지▼c8388▼a요점정리▼c8699▼a연습문제▼c8900▼a제4장  유전체11▼a4.1  유전체의  특징▼c9722▼a4.2  분극의  세기▼c9833▼a4.3  유전체면에서의  경계면  조건▼c10044▼a4.4  경계면에서  작용하는  힘▼c10155▼a4.5  단절연▼c10366▼a4.6  복합  유전체의  정전  계산  방법▼c10477▼a요점정리▼c10988▼a연습문제▼c11199▼a제5장  전기  영상법00▼a5.1  개요▼c11711▼a5.2  전기  영상법▼c11722▼a요점정리▼c12333▼a연습문제▼c12444▼a제6장  전류55▼a6.1  전류의  정의▼c12766▼a6.2  옴의  법칙▼c12877▼a6.3  전기저항▼c12988▼a6.4  미시적  옴의  법칙▼c13099▼a6.5  저항의  접속▼c13100▼a6.6  전지의  접속▼c13411▼a6.7  분류기  및  배율기▼c13622▼a6.8  도전율과  퍼센트  도전율▼c13833▼a6.9  온도  변화에  따른  저항값▼c13844▼a6.10  전류의  열작용▼c14055▼a6.11  전기저항과  정전용량▼c14066▼a6.12  전기의  여러가지  현상▼c14177▼a요점정리▼c14388▼a연습문제▼c14499▼a제7장  진공중의  정자계00▼a7.1  자기현상▼c14711▼a7.2  자계의  쿨롱의  법칙▼c14822▼a7.3  자계의  세기▼c15033▼a7.4  자력선의  성질▼c15144▼a7.5  자계에서의  가우스  정리▼c15155▼a7.6  자속밀도▼c15266▼a7.7  P점의  자위▼c15377▼a7.8  자위의  기울기▼c15388▼a7.9  자기  쌍극자▼c15399▼a7.10  자기  이중층(판자석)의  자위와  자계▼c15700▼a7.11  인덕턴스에  축적되는  에너지▼c15911▼a7.12  자성체에  축적되는  에너지▼c16022▼a요점정리▼c16333▼a연습문제▼c16644▼a제8장  자성체55▼a8.1  자화의  본질▼c16966▼a8.2  자성체의  종류▼c17077▼a8.3  자화의  세기▼c17088▼a8.4  자성체의  특성  곡선▼c17299▼a8.5  자성체의  경계면  조건▼c17400▼a8.6  전기  회로와  자기  회로▼c17611▼a8.7  미소  공극시  자기  저항▼c17722▼a8.8  토오크(회전력)▼c17933▼a요점정리▼c18144▼a연습문제▼c18255▼a제9장  전류에  의한  자계66▼a9.1  암페어의  오른나사  법칙(전류와  자계의  방향을  결정)▼c18977▼a9.2  비오  -  사바르의  법칙▼c19088▼a9.3  원형  코일  중심축상의  자계▼c19099▼a9.4  직선전류에  의한  자계의  세기▼c19400▼a9.5  원형코일의  자위  및  자계의  세기▼c20511▼a9.6  플레밍의  왼손  법칙▼c20722▼a9.7  로렌쯔력▼c20933▼a9.8  평행  도선  사이에  작용하는  힘▼c21244▼a요점정리▼c21455▼a연습문제▼c21566▼a제10장  전자유도와  인덕턴스77▼a10.1  전자  유도  현상▼c22188▼a10.2  유기  기전력▼c22299▼a10.3  패러데이  법칙의  미분형과  적분형▼c2230000▼a10.4  자계  내를  운동하는  도체에  발생하는  기전력▼c2240101▼a10.5  직사각형  코일에  유기되는  기전력▼c2250202▼a10.6  원판  회전시  발생되는  유기  기전력▼c2260303▼a10.7  자기  인덕턴스▼c2270404▼a10.8  자기  인덕턴스의  계산  예▼c2280505▼a10.9  상호  인덕턴스▼c2370606▼a10.10  합성  인덕턴스▼c2390707▼a요점정리▼c2440808▼a연습문제▼c2460909▼a제11장  전자장1010▼a11.1  변위  전류▼c2551111▼a11.2  맥스웰의  방정식(전자  방정식)▼c2561212▼a11.3  파동  고유  임피던스▼c2571313▼a11.4  전자파의  속도▼c2581414▼a11.5  포인팅  벡터▼c2591515▼a요점정리▼c2621616▼a연습문제▼c2641717▼a연습문제  풀이▼c2691818▼a찾아보기▼c3221919
■9500  ▼c15,000

Preview

Export

ChatGPT Discussion

AI Recommended Related Books