MARC

 008090601s2007        ulka                    000      kor
■020    ▼a8988911121
■0801  ▼a538
■082    ▼a537.1▼b이68ㅈ▼223
■090    ▼a537.1▼b이68ㅈ
■1001  ▼a이인용,  조현  공저
■24510▼a전기자기학▼d이인용,  조현  공저
■260    ▼a서울▼b상학당▼c2007
■300    ▼a346p.▼b삽도▼c26cm
■505    ▼a제1장  Vector  해석▼c13▼a1-1  Scalar  와  Vector▼c14▼a1-2  Vector의  표현법▼c14▼a1-3  Vector의  가감법▼c18▼a1-4  두  Vector의  곱샘▼c19▼a1-4-1  Scalar  적▼c19▼a1-4-2  Vector적▼c21▼a1-5  Vector의  미분▼c23▼a1.5.1  Scalar를  Vector로  미분하는  이유▼c23▼a1.5.2  Vector를  Vector로  미분하는  경우▼c2400▼a연습문제▼c2611▼a제2장  정  전  계▼c2922▼a2-1  대전현상▼c3033▼a2-2  원자구조의  정전유도▼c3044▼a2-3  Coulomb의  법칙▼c3255▼a2-4  전계와  전력선▼c3566▼a2-4-1  전계▼c3577▼a2-4-2  전력선▼c3788▼a2-5  전위와  전위차▼c4199▼a2-6  등전위면과  전위경도▼c4400▼a2-7  Gauss의  정리▼c4711▼a2-7-1  입  체  각▼c4722▼a2-7-2  Gauss의  정리▼c4933▼a2-8  도체의  전하분포와  전계▼c5044▼a2-9  Gauss  정리의  응용▼c5155▼a2-9-1  도체표면의  전계▼c5266▼a2-9-2  무한평판  도체표면의  전계▼c5377▼a2-9-3  점대칭  전하분포의  경우▼c5488▼a2-9-4  축대칭  전하분포의  경우▼c5699▼a2-10  전기쌍극자와  전기이중층▼c6100▼a2-10-1  전기쌍극자▼c6111▼a2-10-2  전기이중층▼c6322▼a2-11  전력선의  발산▼c6633▼a2-12  Poisson  방정식과  Laplace  방정식▼c6744▼a2-13  Laplace  방정식의  축차근사해법▼c6955▼a연습문제▼c7466▼a제3장  도체계와  정전용량▼c8177▼a3-1  전위계수▼c8288▼a3-2  용량계수와  유도계수▼c8399▼a3-3  정전용량▼c8700▼a3-4  Condenser▼c9211▼a3-4-1  Condenser의  직렬연결▼c9222▼a3-4-2  Condenser의  병렬연결▼c9333▼a3-5  도체계의  Energy▼c9644▼a3-6  정  전  력▼c9955▼a연습문제▼c10266▼a제4장  유전체▼c10777▼a4-1  유전율과  비유전율▼c10888▼a4-2  분  극▼c11099▼a4-3  분극도와  전계▼c11100▼a4-4  전속과  전속밀도▼c11311▼a4-5  유전체내에서의  제정리▼c11522▼a4-6  유전체의  경계조건▼c11633▼a4-7  Farady관과  전계의  energy▼c12344▼a4-8  유전체  경계면에  작용하는  힘▼c12555▼a4-8-1  전계가  경계면에  수직일  때▼c12566▼a4-8-2  전계가  경계면에  평행할  때▼c12677▼a4-9  유전체의  특수현상▼c12888▼a4-9-1  접촉전기▼c12899▼a4-9-2  강유전체▼c12900▼a4-9-3  Pyro  전기▼c13011▼a4-9-4  압전기▼c13022▼a연습문제▼c13233▼a제5장  전기영상법▼c13744▼a5-1  무한평판도체와  점전하▼c13855▼a5-2  도체구와  점전하▼c14166▼a5-2-1  접지도체구와  점전하▼c14177▼a5-2-2  비접지도체구와  점전하▼c14288▼a5-3  두  유전체와  점전하▼c14499▼a연습문제▼c14600▼a제6장  전류▼c14911▼a6-1  전류와  전류밀도▼c15022▼a6-2  Ohm의  법칙과  기전력▼c15233▼a6-3  전기저항▼c15444▼a6-4  Joule열과  전력▼c15955▼a6-5  전류계와  정전계▼c16166▼a6-5-1  전류계와  정전계의  비교▼c16177▼a6-5-2  저항과  정전용량▼c16288▼a6-6  열기전력▼c16499▼a6-6-1  Seebeck  효과▼c16400▼a6-6-2  Peltier  효과와  Thomsom  효과▼c16611▼a연습문제▼c16822▼a제7장  정자계▼c17333▼a7-1  자석▼c17444▼a7-2  자계▼c17555▼a7-2-1    Coulomb의  법칙▼c17566▼a7-2-2  자계의  세기▼c17677▼a7-3  자위▼c17688▼a7-4  자기쌍극자와  판자석▼c17899▼a7-4-1  자기쌍극자▼c17800▼a7-4-2  판자석▼c17911▼a7-5  물질의  자화현상▼c18122▼a7-5-1  자화의  근원▼c18133▼a7-5-2  자성체의  분류▼c18144▼a7-5-3  자화의  세기▼c18355▼a7-5-4  자속과  자속밀도▼c18466▼a7-5-5  투자율과  자화율▼c18677▼a7-5-6  자기감자력▼c18788▼a7-6  자성체  경계면의  자계와  자속▼c18899▼a7-7  자계  energy▼c1890000▼a7-8  강자성체의  자화▼c1920101▼a7-8-1  자화곡선▼c1920202▼a7-8-2  Hysteresis  현상과  손실▼c1930303▼a7-9  자기왜형과  임계온도▼c1960404▼a7-9-1  자기왜형▼c1960505▼a7-9-2  임계온도▼c1970606▼a7-9-3  임계자계▼c1970707▼a연습문제▼c1980808▼a제8장  전류에  의한  자계▼c2010909▼a8-1  전류의  자기작용▼c2021010▼a8-2  등가판자석▼c2031111▼a8-3  Ampere의  주회적분법칙▼c2041212▼a8-4  전류에  의한  자계계산▼c2061313▼a8-4-1  등가판자석에  의한  방법▼c2061414▼a8-4-2  Ampere의  주회적분법칙에  의한  방법▼c2071515▼a8-5  Vector의  회전과  Stokes의  정리▼c2101616▼a8-5-1  Vector의  회전▼c2101717▼a8-5-2  Stokes의  정리▼c2131818▼a8-6  분포전류에  의한  자계▼c2141919▼a8-7  Vector  potential▼c2162020▼a8-8  Biot-Savart의  법칙▼c2192121▼a8-9  Biot-Savart의  법칙에  의한  자계계산▼c2212222▼a8-9-1  원형전류  중심축상의  자계▼c2212323▼a8-9-2  유한장  직선전류에  의한  자계▼c2222424▼a8-9-3  유한장  solenoid에  의한  자계▼c2232525▼a8-10  자계내의  전류에  작용하는  힘(전자력)▼c2252626▼a8-11  자기회로▼c2302727▼a8-11-1  전기회로와  자기회로의  대응성▼c2302828▼a8-11-2  기자력과  자기저항▼c2312929▼a8-11-3  복합자기회로▼c2343030▼a8-12  포화특성을  갖는  자기회로▼c2363131▼a8-13  영구자석▼c2383232▼a8-14  Pinch  효과와  Hall  효과▼c2393333▼a8-14-1  Pinch  효과▼c2393434▼a8-14-2  Hall  효과▼c2403535▼a연습문제▼c2413636▼a제9장  Inductance▼c2473737▼a9-1  전류에  의한  자게  energy▼c2483838▼a9-2  Inductance▼c2493939▼a9-2-1  자기  및  상호  inductance▼c2494040▼a9-2-2  상호  inductance에  관한  Neumann의  공식▼c2504141▼a9-2-3  자기  및  상호  inductance의  부호▼c2514242▼a9-2-4  결합  계수▼c2524343▼a9-3  Inductance  계산법▼c2534444▼a9-3-1  쇄교자속으로부터  계산하는  방법▼c2534545▼a9-3-2  자계  energy로부터  계산하는  방법▼c2564646▼a9-3-3  Neumann의  공식을  이용하는  방법▼c2614747▼a9-4  Inductance의  직렬접속▼c2624848▼a9-5  기하학적  평균거리▼c2634949▼a연습문제▼c2665050▼a제10장  전자유도▼c2715151▼a10-1  전자유도현상▼c2725252▼a10-2  운동도체에  의한  유도기전력▼c2755353▼a10-3  와  전  류▼c2795454▼a10-4  도체내의  전류분포▼c2805555▼a10-5  전자유도에  의한  전계▼c2835656▼a10-6  전자유도와  전자력▼c2855757▼a연습문제▼c2885858▼a제11장  전자파▼c2935959▼a11-1  변위전류▼c2946060▼a11-2  Maxwell  전자방정식과  전자파▼c2956161▼a11-2-1  전자파의  존재▼c2966262▼a11-2-2  평면파▼c2976363▼a11-2-3  전파정수▼c3006464▼a11-3  전자파의  양상▼c3036565▼a11-4  Poynting  정리▼c3056666▼a11-5  전자파의  방사▼c3076767▼a연습문제▼c3106868▼a제12장  전자▼c3136969▼a12-1  하전입자의  운동▼c3147070▼a12-1-1  소립자▼c3147171▼a12-1-2  전계층의  하전입자▼c3157272▼a12-1-3  자계중의  전자▼c3167373▼a12-1-4  전계와  자계가  공존할  때▼c3177474▼a12-2  대기중의  방전현상▼c3187575▼a12-2-1  평균자유행정▼c3187676▼a12-2-2  여기와  복귀▼c3207777▼a12-2-3  전리와  재결합▼c3217878▼a12-2-4  자속방전과  비자속방전▼c3227979▼a12-2-5  코로나  방전▼c3238080▼a12-2-6  불꽃방전▼c3268181▼a12-3  저기압중의  방전현상▼c3278282▼a12-3-1  기압과  방전전압▼c3278383▼a12-3-2  진공방전▼c3288484▼a12-3-3  음극선,  양극선,  X선▼c3308585▼a12-4  열전자방사▼c3318686▼a12-4-1  Richardson의  식▼c3318787▼a12-4-2  공간전하의  법칙▼c3338888▼a12-4-3  공간전하의  제어▼c3348989▼a연습문제▼c3379090▼a부록▼c3399191▼a찾아보기▼c3439292
■9500  ▼c16,000

Preview

Export

ChatGPT Discussion

AI Recommended Related Books