FISICA ATOMICA,FISICA MOLECULAR
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3/11/2014 Lectures and exercises http://www.tp.umu.se/~dion/atmol/page1/page1.html 1/2 Atomic and Molecular Physics Lectures Sections, exercises, and problems refer to the textbook by Atkins and Friedman, 5th edition ( click here for the 4th edition version ). All the material covered in these is considered an integral part of the course, even if it was not seen explicitly in class. All exercises and problems related to the course are listed below. If you want to start with a smaller set of problems, do the ones indicated in bold red. For copyright reasons, the slides shown in class are only available on a private web page. Please contact Claude Dion for access information. 1. Introduction to atomic physics Sections: 0.4, 1.7 Exercises: 0.7, 0.8 Problems: 0.13, 0.14, 0.15 , 0.16, 0.18 Lecture notes. 2. The hydrogen atom Sections: 3.1-3.3, 3.6-3.8, 3.11-3.15-3.16, Further information 3.2 Exercises: 3.1-3.4, 3.6-3.7, 3.8-3.10 , 3.11-3.13, 3.15 , 3.16, 3.17 , 3.18-3.21 Problems: 3.1-3.4, 3.9, 3.11, 3.16-3.17 Lecture notes. 3. The spectrum of hydrogen; Selection rules Sections: 7.1-7.2 Exercises: 7.1-7.2, 7 .3 , 7 .4, 7 .5 , 7 .6 , 7 .7 Problems: 7 .1, 7 .2, 7 .3 Lecture notes. 4. Spin-obit coupling, Term symbols Sections: 7.3-7.7 Exercises: 7.8 Problems: 7.4, 7.6, 7 .7 , 7 .9 , 7.10 Lecture notes. 5. The Helium Atom Sections: 7 .8-7 .11 Exercises: 7.12 Problems: 7.11, 7 .14 , 7.15-7.17 Lecture notes. 6. Many electron atoms Sections: 7.12-7.13 + Quantum Defect Theory (not in Atkins & Friedman, see Foot, Atomic Physics ) Exercises: 7 .9-7 .10 + Foot: 4.3 , 4.4-4.6 Problems: None Lecture notes. 7. Angular momentum coupling, Hyperfine structure Sections: 7.19-7.21, 13.14 Exercises: 7.15-7.17 Problems: 7.8, 7 .18 Lecture notes. 8. Atoms in external fields, Atomic clocks Sections: 7.22-7.24 Exercises: 7 .19 , 7.20, 7.21, 7.22
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TEORIA Y EJERCICIOS,PROBLEMAS RESUELTOS
Transcript of FISICA ATOMICA,FISICA MOLECULAR
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3/11/2014 Lectures and exercises
http://www.tp.umu.se/~dion/atmol/page1/page1.html 1/2
Atomic and Molecular Physics
LecturesSections, ex ercises, and problems refer to the tex tbook by Atkins and Friedman, 5thedition (c lick here for the 4th edition v ersion). A ll the material cov ered in these isconsidered an integral part of the course, ev en if it was not seen ex plic itly in c lass.
All ex ercises and problems related to the course are listed below. If y ou want to start witha smaller set of problems, do the ones indicated in bold red.
For c opy right reasons, the slides shown in c lass are only av ailable on a priv ate web page.Please c ontac t Claude Dion for ac c ess information.
1. I ntrodu ction to atom ic ph y sicsSec tions: 0 .4, 1 .7Ex erc ises: 0 .7 , 0 .8Problems: 0 .1 3, 0 .1 4, 0.15 , 0 .1 6, 0 .1 8Lec ture notes.
2. T h e h y drogen atomSec tions: 3.1 -3.3, 3.6-3.8, 3.1 1 -3.1 5 -3.1 6, Further information 3.2Ex erc ises: 3.1 -3.4, 3.6-3.7 , 3.8-3.10 , 3 .1 1 -3.1 3, 3.15 , 3 .1 6, 3.17 , 3 .1 8-3.21Problems: 3.1 -3.4, 3.9, 3.11, 3 .1 6-3.1 7Lec ture notes.
3. T h e spectru m of h y drogen; Selection ru lesSec tions: 7 .1 -7 .2Ex erc ises: 7 .1 -7 .2, 7 .3 , 7 .4, 7 .5 , 7 .6 , 7 .7Problems: 7 .1, 7 .2, 7 .3Lec ture notes.
4. Spin-obit cou pling, T erm sy m bolsSec tions: 7 .3-7 .7Ex erc ises: 7 .8Problems: 7 .4, 7 .6, 7 .7 , 7 .9 , 7 .1 0Lec ture notes.
5. T h e Heliu m AtomSec tions: 7 .8-7 .1 1Ex erc ises: 7 .1 2Problems: 7 .1 1 , 7 .14 , 7 .1 5 -7 .1 7Lec ture notes.
6. Many electron atom sSec tions: 7 .1 2-7 .1 3 + Quantum Defec t Theory (not in A tkins & Friedman, see Foot,A tomic Physic s)Ex erc ises: 7 .9-7 .10 + Foot: 4.3 , 4.4-4.6Problems: NoneLec ture notes.
7 . Angu lar m om entu m cou pling, Hy perfine stru ctu reSec tions: 7 .1 9-7 .21 , 1 3.1 4Ex erc ises: 7 .1 5 -7 .1 7Problems: 7 .8, 7 .18Lec ture notes.
8. Atom s in ex ternal fields, Atom ic c locksSec tions: 7 .22-7 .24Ex erc ises: 7 .19 , 7 .20, 7 .21, 7 .22
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3/11/2014 Lectures and exercises
http://www.tp.umu.se/~dion/atmol/page1/page1.html 2/2
Problems: NoneLec ture notes.
9. I ntrodu ction to m olecu lar ph y sicsSec tions: 8.1 -8.3, 6.5 -6.6Ex erc ises: 8.1 , 8.2 , 8.3Problems: 8.1Lec ture notes.
1 0. Molecu lar orbital th eory , h om onu clear diatom ic m olecu lesSec tions: 8.3-8.6(b)Ex erc ises: 8.4-8.7Problems: 8.2, 8.3 , 8.4-8.6, 8.8-8.9Lec ture notes.
1 1 . Diatom ic and poly atom ic m olecu lesSec tions: 8.6(c )-8.8 + hy bridization (not in A tkins & Friedman, see Demtrder,A tomes, Molec ules and Photons) Ex erc ises: 8.8-8.9 , 8.1 0-8.1 1Problems: 8.1 0 , 8.14 , 8.1 5 -8.1 6, 8.20-8.21Lec ture notes.
1 2. Molecu lar rotationSec tions: 1 0 .3(a)-1 0.3(c ), 1 0 .4, 1 0 .6 Ex erc ises: 1 0 .3-1 0.1 0, 1 0 .1 3Problems: 1 0 .1 -1 0.4, 10.8, 1 0 .1 0-1 0.1 1 , 10.12Lec ture notes.
1 3. Vibrations of diatom ic m olecu lesSec tions: 1 0 .7 -1 0.9, 2.1 4, 1 0 .3(d), Further information 1 0 .1Ex erc ises: 10.14 , 1 0 .1 5 , 10.16 , 1 0 .1 7Problems: 1 0 .5 , 1 0 .7 , 1 0 .1 3-1 0.1 8, 1 0 .20, 10.21Lec ture notes.
1 4. Vibration of poly atom ic m olecu lesSec tions: 1 0 .1 1 -1 0.1 2(a), 1 0 .1 3(b), Further information 1 0 .2Ex erc ises: 10.19 , 1 0 .20Problems: 10.25Lec ture notes.
1 5. Molecu lar electronic transitionsSec tions: 1 1 .1 , 1 1 .3-1 1 .4 Ex erc ises: 11.1, 1 1 .2-1 1 .6Problems: 1 1 .1 , 11.3 , 1 1 .4-1 1 .5Lec ture notes.
1 6. Matter wav esSec tions: 0 .5 , plus material not in the tex tbookEx erc ises: 0 .9, 0.17
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