Transcription of 1. 2. 3. 磁気回転比 4. 5. スピン角運動量：電子の場合 6. 平行 …
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1. 2. 3. 磁気回転比 4. 5. スピン角運動量：電子の場合 6. 平行 …
zeeman effect . 1. precession . 2.. 3.. 4.. 5.. 6.. 7.. 8.. 9.. 1. Angular momentum . 2. Magnetic dipole moment . 3.. 4.. 5.. 1.. electric field V m electric flux density electric displacement field C m2.. H . magnetic field .. H magnetic H field Am magnetic field intensity B magnetic B field T = Wb m 2. magnetic flux density . 2. precession . v .. 408-11. 1 e m= r1 J ( 1) 1. r dV r v r . 2 2. J ( r1 ) = ev ( r1 r ).. 0 . e L=. r m0 v m = L = L . gyromagnetic ratio . 2m0.. N =m B 2 = L, B 2 =( 0, 0, B2 ).. precession z . L. L. N= = L = ( 0, 0, B2 ). t .. 409-10 . 3.. m0 . e mL. magnetic dipole moment mL =. gL L L. L= L. orbital angular momentum 2m0. e B.. = L g= g ,=. gL 1.. L L. 2m0. e . Bohr magnetron B = 10 24 Am 2 g g-factor 2m0. g . (m L )z =.. Lz L =. = L B Lz m z g L B m . Lg 1. B m z-component .. l . 2l ( l + 1). azimuthal quantum number m l , L2 =. magnetic quantum number 4.. e mS. spin magnetic dipole moment mS =.
（ゼーマン効果：Zeeman effect） 3. 状態遷移：エネルギー差（ΔEs）はマイクロ波帯 spin upとdown：どちらの電子エネルギーが高い？（参照：501-12） 1. 平行：磁気双極子モーメントと磁場Bの向きが「平行」 2. 反平行：磁気双極子モーメントと磁場Bの向きが「反 ...
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