Transcription of 磁性Ⅰ講義予定 H18. 物質系講義 1．孤立イオンの磁性 2．結晶 …
{{id}} {{{paragraph}}}
Example: barber
磁性Ⅰ講義予定 H18. 物質系講義 1．孤立イオンの磁性 2．結晶 …
H18.. I II .. ( . Hund .. r r r s = g B s hs : . eh B = = 10 23 J/T : . 2mc = 10-20 erg/G Bohr magneton). g = . r e r r r r IS evr = [r v ] ( p = mv ). = = ( . 2c v c 2c . e r r r ev I = 2 = . S = r [r p ] . 2 r 2mc r = l r hl : .. r r e r r c r r 1 r r [ ]. mv = p + A(r ) ( A(r ) = H r : vector potential). 2. r e r r = [r v ]. 2c e r r e2. = [r p] 2 [r A]. 2mc 2mc [ ]. r e2 r r r r . = l 2. r H (r H )r 2. 4mc . H r r r r e2. Edia = dH = l H + 2 2. r 2 . H. 0 8mc . dEdia N atom e 2 N n e 2. M = = 2. H x 2. + y 2. = atom e 2. r 2. H. electron dH 4mc electron 6mc dM N atom ne e 2 2. dia = = 2. r dH 6 mc & = 3 10 6 n emu/mole n = 1 ~ 100.)
磁性Ⅰ講義予定 h18. 物質系講義 1．孤立イオンの磁性 2．結晶中の磁性イオン 3．交換相互作用 4．スピン系の秩序状態と ...
Loading..
Information
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document: