MARC

 008090601s2008        ulka                    000      kor
■020    ▼a9788992657051
■0801  ▼a538
■082    ▼a537.1▼b김18ㅈ▼223
■090    ▼a537.1▼b김18ㅈ
■1001  ▼a김기남  저
■24510▼a전기자기학▼xEngineering  Electromagnetics▼d김기남  저
■250    ▼a3판
■260    ▼a서울▼bnt미디어▼c2008
■300    ▼a361p.▼b삽도▼c26cm
■505    ▼aChapter  01  벡터  해석▼a1.  스칼라와  벡터(Scalar  &  Vector)▼c10▼a2.  벡터의  성분(Vector  component)▼c10▼a3.  벡터의  대수(Algebra)▼c11▼a4.  벡터  미분  연산자▼c15▼a5.  스토크스의  정리(Stokes  theorem)▼c17▼a6.  가우스의  발산정리(Divergence  theorem)▼c18▼a7.  구좌표계(Spherical  coordinate  system)▼c18▼a8.  원통  좌표계(Cylindrical  coordinate  system)▼c19▼a출제  예상  문제▼c2000▼aChapter  02  정전계(Electricstatic  field)11▼a1.  물질과  전기▼c2422▼a2.  대전  현상(Electric  charge)▼c2433▼a3.  정전  유도  현상(Electricstatic  induction)▼c2544▼a4.  정전  차폐(Electrostatic  shielding)▼c2655▼a5.  쿨롱의  법칙(Coulomb's  law)▼c2666▼a6.  전계(Electric  field)▼c2977▼a7.  전기력선(Line  of  electric  force)▼c3188▼a8.  전속(Electric  flux)▼c3499▼a9.  대전  도체의  성질과  전하  분포▼c3800▼a10.  전위(Electric  potential)▼c3811▼a11.  전계의  세기(Intensity  of  electric  field)▼c4922▼a12.  전기쌍극자(Electric  dipole)▼c5733▼a13.  전기  이중층(Electric  double  layer)▼c5944▼a출제  예상  문제▼c6355▼aChapter  03  도체계와  정전용량66▼a1.  전위계수(coefficient  of  potential)▼c9277▼a2.  용량계수와  유도계수(Coeffient  of  capacity,  induction)▼c9588▼a3.  정전용량(Capacitance)▼c9899▼a4.  콘덴서(Condensor)▼c10400▼a5.  콘덴서  축적  정전  에너지(Electrostatic  energy)▼c10811▼a출제  예상  문제▼c11222▼aChapter  04  유전체33▼a1.  유전체(Dielectric  substance)▼c12844▼a2.  분극(Polarization)▼c13055▼a3.  유전체의  경계조건▼c13366▼a4.  유전체를  가진  도체의  정전용량▼c13677▼a5.  유전체  사이에  작용하는  힘▼c13988▼a6.  유전체의  특수현상▼c14199▼a출제  예상  문제▼c14200▼aChapter  05  전기  영상법11▼a1.  평면도체와  점전하에  의한  영상▼c16222▼a2.  평면도체와  선전하에  의한  영상▼c16333▼a3.  접지  도체구와  점전하에  의한  영상▼c16444▼a출제  예상  문제▼c16755▼aChapter  06  전류와  저항66▼a1.  전압(Electric  voltate)▼c17477▼a2.  전류(Electric  current)▼c17488▼a3.  저항(Resistance)▼c17799▼a4.  오옴의  법칙(Ohm's  law)▼c18100▼a5.  저항의  접속(Series  connection)▼c18111▼a6.  키르히호프의  법칙(Kirchhoff's  law)▼c18222▼a7.  전기에너지(Electric  energy)▼c18333▼a8.  주울의  법칙(Joule's  law)▼c18344▼a9.  특수  현상▼c18455▼a출제  예상  문제▼c18566▼aChapter  07  정자계77▼a1.  쿨롱의  법칙(Coulomb's  law)▼c19488▼a2.  자계(Magnetic  field)▼c19599▼a3.  자속(Magnetic  flux)▼c19700▼a4.  자위(Magnetic  potential)▼c19811▼a5.  자기쌍극자(Magnetic  dipole)▼c20022▼a6.  자기  이중층(Magnetic  double  layer)▼c20133▼a7.  자계중  자석에  작용하는  회전력과  일▼c20444▼a8.  전류의  자기현상▼c20555▼a9.  전류에  의한  자계의  세기  구하기▼c20766▼a10.  홀  효과와  핀치효과▼c21777▼a출제  예상  문제▼c21988▼aChapter  08  자성체와  전자회로99▼a1.  자성체▼c23400▼a2.  자화의  세기▼c23611▼a3.  자성체의  경계조건▼c23922▼a4.  자화곡선과  히스테리시스  곡선▼c24033▼a5.  자성  소거법▼c24344▼a6.  자계의  에너지▼c24455▼a7.  자기회로▼c24666▼a출제  예상  문제▼c25077▼aChapter  09  전자력과  전자유도88▼a1.  전자력의  방향과  크기▼c26499▼a2.  전자유도(electromagnetic  induction)▼c26800▼a3.  와전류와  표피효과▼c27211▼a출제  예상  문제▼c27422▼aChapter  10  인덕  턴스33▼a1.  자기  인덕턴스(Self  inductance)▼c28844▼a2.  인덕턴스의  계산▼c29055▼a3.  상호  인덕턴스(Mutual  inductance)▼c29766▼a4.  벡터  퍼텐셜(Vector  potential)▼c30077▼a5.  인덕턴스의  접속▼c30388▼a6.  인덕턴스에  축적되는  에너지▼c30799▼a출제  예상  문제▼c30900▼aChapter  11  전자계11▼a1.  변위전류(displacement  current)▼c32022▼a2.  유전체의  임계  주파수와  손실각▼c32233▼a3.  맥스웰의  전자방정식▼c32344▼a4.  전자파  파동  방정식▼c32655▼a5.  전자파의  발생▼c32666▼a6.  전자파의  반사계수와  정재파비▼c33177▼a7.  전송선로▼c33288▼a출제  예상  문제▼c33399▼aChapter  부록0000▼a자기학  이해  도움  자료▼c3500101▼a2007년  공무원  7급  전기자기학  기출문제▼c3620202▼a2008년  공무원  7급  전기자기학  기출문제▼c3640303
■9500  ▼c18,000

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