MARC

 008090601s2005        ulka                    000      kor
■020    ▼a8978394302
■0801  ▼a538
■082    ▼a537.1▼b어56ㅅ▼223
■090    ▼a537.1▼b어56ㅅ
■1001  ▼a어수해,  이기태  공저
■24510▼a신편  전기자기학▼d어수해,  이기태  공저
■260    ▼a서울▼b보성각▼c2005
■300    ▼a353p.▼b삽도▼c26cm
■505    ▼a제1장  벡터(vector)  해석▼a1.1  벡터의  표시▼c13▼a1.2  단위벡터와  기본벡터▼c14▼a1.3  벡터의  합과  차▼c15▼a1.4  벡터의  곱셈▼c17▼a1.5  벡터의  미분연산▼c22▼a1.6  좌표계3▼a제2장  진공중의  정전계4▼a2.1  정전기▼c335▼a2.2  정전유도▼c3560▼a2.3  쿨롱의  법칙▼c3671▼a2.4  전계  및  전계의  세기▼c4082▼a2.5  가우스의  법칙▼c4793▼a2.6  전기력선▼c5204▼a2.7  전위▼c5515▼a2.8  전위경도▼c6326▼a2.9  전기쌍극자와  전기  이중층▼c6537▼a2.10  가우스정리의  계산  예▼c6948▼a제3장  도체계와  정전용량59▼a3.1  도체계▼c8360▼a3.2  정전용량계수  및  정전유도계수▼c8571▼a3.3  정전용량▼c9282▼a3.4  정전용량의  계산▼c9393▼a3.5  콘덴서의  연결▼c9804▼a제4장  유전체  중의  정전계15▼a4.1  유전율과  비유전율▼c10526▼a4.2  진공과  유전체내의  전계의  세기▼c10637▼a4.3  분극현상▼c10948▼a4.4  분극전하▼c11459▼a4.5  전속밀도▼c11560▼a4.6  유전체에  의한  전계▼c11771▼a4.7  용량의  합성▼c12582▼a제5장  정전에너지93▼a5.1  고립  대전체의  정전에너지▼c13304▼a5.2  도체계의  정전에너지▼c13415▼a5.3  패러데이  관▼c13926▼a5.4  정전에너지와  도체에  작용하는  힘▼c14237▼a5.5  정전에너지와  유전체  사이에  작용하는  힘▼c14748▼a5.6  정전에너지와  회전력▼c15359▼a5.7  정전에너지와  맥스웰의  응력▼c15660▼a5.8  유전체의  특수현상▼c15771▼a제6장  전기영상법82▼a6.1  전기영상법▼c16393▼a6.2  단면이  평면의  반무한  도체와  점전하에  의한  전계▼c16404▼a6.3  접지도체구와  점전하▼c17015▼a6.4  접지된  도체구  내의  접전하▼c17026▼a6.5  유전체와  점전하▼c17037▼a제7장  정자계48▼a7.1  자기현상▼c17759▼a7.2  쿨롱의  법칙▼c17960▼a7.3  자계▼c18071▼a7.4  자력선▼c18382▼a7.5  자위▼c18493▼a7.6  자기쌍극자▼c18704▼a7.7  판자석▼c18815▼a7.8  자계에  의한  힘과  자계  에너지▼c19126▼a제8장  자기회로37▼a8.1  강자성체의  자화▼c19948▼a8.2  자화와  자속밀도▼c20459▼a8.3  자성과  주위상태▼c20660▼a8.4  감자력▼c20871▼a8.5  투자율과  비투자율▼c21082▼a8.6  자기회로▼c21393▼a8.7  경계조건▼c21704▼a제9장  전류의  자기현상15▼a9.1  전류의  자기작용▼c22526▼a9.2  등가판자석▼c22637▼a9.3  암페어의  주회적분의  법칙▼c22848▼a9.4  비오-사바르  법칙▼c23459▼a9.5  전류에  의한  자계의  자위▼c23760▼a9.6  자계  중의  전류에  작용하는  힘▼c24171▼a9.7  평행  도체  전류간에  작용하는  힘▼c24582▼a9.8  전자력에  따르는  일▼c24693▼a9.9  분포전류에  의한  자계▼c24804▼a9.10  핀치효과와  홀효과▼c24915▼a제10장  인덕턴스26▼a10.1  자기인덕턴스▼c25537▼a10.2  자기인덕턴스의  계산▼c25748▼a10.3  상호인덕턴스▼c26459▼a10.4  노이만  공식과  상호인덕턴스▼c26660▼a10.5  상호인덕턴스의  계산▼c26771▼a10.6  인덕턴스의  접속▼c27282▼a10.7  전류에  의한  자계  에너지▼c27493▼a10.8  두  개의  전류회로에  의한  자계에너지▼c27704▼a10.9  두  전류회로  사이의  작용력과  에너지▼c27915▼a10.10  와전류현상과  표피효과▼c28426▼a제11장  전자유도37▼a11.1  패러데이의  전자유도법칙▼c29148▼a11.2  도체의  운동에  의한  기전력▼c29659▼a11.3  전기-기계  에너지  변환▼c30060▼a제12장  전자계71▼a12.1  변위전류▼c30582▼a12.2  Maxwell의  전자방정식▼c30793▼a12.3  전자파  방정식▼c309004▼a12.4  헬름홀쯔(Helmholtz)의  방정식▼c310015▼a12.5  평면과▼c312026▼a12.6  도전성을  가진  매질내의  평면과▼c317037▼a12.7  포인팅벡터와  전력▼c320048▼a12.8  전자파의  반사와  투과▼c322059▼a연습문제▼c3280600▼a부록0701▼a부록Ⅰ.  상수(常數)▼c3310802▼a부록Ⅱ▼c3320903▼a부록Ⅲ  그리스  문자▼c3371004▼a부록Ⅳ  주요수학공식▼c3381105▼a부록Ⅴ  벡터의  요약▼c3441206▼a찾아보기▼c3491307
■9500  ▼c18,000

Preview

Export

ChatGPT Discussion

AI Recommended Related Books