LESSON PLAN
Name of the Assistant:MADHU
Class and Section:M.Sc4THSEMESTER
Subject Lesson Plan:ATOMIC AND MOLECULARPHYSICS
Month:January 2018
Date / Topics01-01-2018 / Spectrum of He-atom
02-01-2018 / Heisenberg resonance
03-01-2018 / Physical interpretation of quantum numbers,
04-01-2018 / Pauli principle and the building-up principle,
05-01-2018 / Terms for equivalent & non-equivalent electron atom
06-01-2018 / Numerical problems
07-01-2018 / SUNDAY
08-01-2018 / Numerical problems
09-01-2018 / Space Quantization
10-01-2018 / Stern-Gerlach experiment
11-01-2018 / Normal & anomalous Zeeman effect
12-01-2018 / Numerical problems
13-01-2018 / Stark effect
14-01-2018 / SUNDAY
15-01-2018 / Paschen – Back effect
16-01-2018 / Intensities of spectral lines
LESSON PLAN
Date / Particulars17-01-2018 / Numerical problems
18-01-2018 / General selection rule; Hyperfine structure of Spectra lines:
19-01-2018 / Isotope effect and effect of Nuclear Spin.
20-01-2018 / Isotope effect and effect of Nuclear Spin.
21-01-2018 / SUNDAY
22-01-2018 / VASANT PANCHAMI
23-01-2018 / Numerical problems on hyperfine structure
24-01-2018 / SIR CHOTU RAM JAYANTI
25-01-2018 / Discussion on problems will be done
26-01-2018 / REPUBLIC DAY
27-01-2018 / Test of unit 1 will be taken
28-01-2018 / SUNDAY
29-01-2018 / Rotation of molecules: Classification of molecules,
30-01-2018 / Interaction of radiation with rotating molecules,
31-01-2018 / GURU RAVIDAS BIRTHDAY
LESSON PLAN
Date / Topics01-02-2018 / Rotational spectra of rigid diatomic molecule
02-02-2018 / Rotational spectra of rigid diatomic molecules,
03-02-2018 / Isotope effect in rotational spectra
04-02-2018 / SUNDAY
05-02-2018 / Intensity of rotational lines,
06-02-2018
07-02-2018 / Non rigid rotator
08-02-2018 / Information derived from rotational spectra
09-02-2018 / Numerical problems
10-02-2018 / MAHARSHI DAYANAND SARASWATI JAYANTI
11-02-2018 / SUNDAY
12-02-2018
13-02-2018 / MAHA SHIVRATRI
14-02-2018 / Infrared spectroscopy
15-02-2018 / The vibrating diatomic molecule
16-02-2018 / The vibrating diatomic molecule
LESSON PLAN
Date / Particulars17-02-2018 / , The diatomic vibrating-rotator spectra of diatomic molecules,
18-02-2018 / SUNDAY
19-02-2018 / Infrared spectrophotometer;
20-02-2018 / Introduction of Raman Spectroscopy
21-02-2018 / Pure rotational Raman spectra
22-02-2018 / Nuclear Spin and intensity alternation in Raman spectra,
23-02-2018 / Isotope effect, Raman Spectrometer.
24-02-2018 / Raman Spectrometer.
25-02-2018 / SUNDAY
26-02-2018 / Numerical problems
27-02-2018 / Discussion related to students problems
28-02-2018 / VACATION
LESSON PLAN
Date / Topics01-03-2018 / GURU RAVIDAS BIRTHDAY
02-03-2018 / HOLI
03-03-2018 / VACATION
04-03-2018 / SUNDAY
05-03-2018 / Test of unit 2nd will be taken
06-03-2018 / Born Oppenheimer approximation,
07-03-2018 / Vibrational coarse structure of electronic bands,
08-03-2018 / Progression and sequences,
09-03-2018 / Intensity of electronic bands-Frank Condon Principle
10-03-2018 / Dissociation and pre-dissociation,
11-03-2018 / SUNDAY
12-03-2018 / Dissociation energy
13-03-2018 / Rotational fine structure of electronic band
14-03-2018 / The Fortrat parabole
15-03-2018 / Electronic structure of diatomic molecules
16-03-2018 / Electronic structure of diatomic molecule
LESSON PLAN
Date / Particulars17-03-2018 / Fluorescence and Phosphorescence
18-03-2018 / SUNDAY
19-03-2018 / Kasha’s rule ,Numerical problems
20-03-2018 / Quantum Yield
21-03-2018 / Nonradiative transition
22-03-2018 / Jablonski Diagram,
23-03-2018 / SHAHEEDI DIWAS OF BHAGAT SINGH, RAJGURU & SUKHDEV
24-03-2018 / Spectrofluorometer
25-03-2018 / SUNDAY/ RAM NAVMI
26-03-2018 / Time resolved fluorescence and determination of excited state lifetim
27-03-2018 / Numerical problems
28-03-2018 / Discussion related to students problems
29-03-2018 / MAHAVIR JAYANTI
30-03-2018 / Test of unit 3rd will be taken
31-03-2018 / NMR: Basic principles – Classical and quantum mechanical description
LESSON PLAN
Date / Topics01-04-2018 / SUNDAY
02-04-2018 / Bloch equations
03-04-2018 / Spin-spin and spin-lattice relaxation times .
04-04-2018 / Chemical shift and coupling constant
05-04-2018 / Experimental methods – Single coil and double coil methods.
06-04-2018 / High resolution methods
07-04-2018 / ESR: Basic principles of ESR
08-04-2018 / SUNDAY
09-04-2018 / ESR spectrometer
10-04-2018 / nuclear interaction and hyperfine structure
11-04-2018 / relaxation effects
12-04-2018 / g-factor
13-04-2018 / Characteristics – Free radical studies and biological applications.
14-04-2018 / DR AMBEDKAR JAYANTI / VAISAKHI
15-04-2018 / SUNDAY
16-04-2018 / Numerical problems related to unit 4th
LESSON PLAN
Date / Particulars17-04-2018 / Discussion related to students problems
18-04-2018 / PARASHURAMA JAYANTI
19-04-2018 / Test of unit 4th will bd taken
20-04-2018 / Revision of 1st unit
21-04-2018 / Revision of 1st unit
22-04-2018 / SUNDAY
23-04-2018 / Revision of 2nd unit
24-04-2018 / Revision of 2ndunit
25-04-2018 / Revision of 3rdunit
26-04-2018 / Revision of 3rd unit
27-04-2018 / Revision of 4thunit
28-04-2018 / Revision of 4thunit
29-04-2018 / Solved problems ofprevious year question papers
30-04-2018 / Solved problems ofprevious year question papers
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