Modules / Lectures

Sl.No Chapter Name English
1Lec 01 Introduction to NMRDownload
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2Lec 02 NMR concepts and spin physics-IDownload
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3Lec 03 NMR concepts and spin physics-IIDownload
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4Lec 04 Internal interaction parameters and chemical shiftsDownload
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5Lec 05 Chemical shiftsDownload
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6Lec 06 Scalar couplingsDownload
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7Lec 07 Multiplicity patterns of coupled spins and analysis of 1H NMR spectrumDownload
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8Lec 08a+b Multiplicity pattern and analysis of NMR spectra -IIDownload
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9Lec 09 Analysis of NMR spectra and their analysisDownload
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10Lec 10 Heteronuclear NMRDownload
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11Lec 11 Introduction to Fourier seriesDownload
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12Lec 12 Complex form of Fourier seriesDownload
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13Lec 13 Fourier theoremsDownload
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14Lec 14 Fourier transformation in NMRDownload
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15Lec 15 Pople notation, construction of spin HamiltonianDownload
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16Lec 16 "Quantum mechanical analysis of AX spectra"Download
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17Lec 17 Quantum mechanical analysis of AB spin systemDownload
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18Lec 18 Quantum mechanical analysis of coupled spin systemsDownload
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19Lec 19 RF pulses and their phasesDownload
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20Lec 20 Receiver phase and phase cyclingDownload
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21Lec 21 Evolution of chemical shiftDownload
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22Lec 22 Evolution of J couplings: polarization transferDownload
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23Lec 23 selective saturation in homo and heteronuclear spin systems, coupled anddecoupled INEPTDownload
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24Lec 24 INEPT and DEPTDownload
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25Lec 25 Coherence transfer pathwayDownload
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26Lec 26 Examples of coherence pathway selectionDownload
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27Lec 27 Pulse field gradients-IDownload
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28Lec 28 Pulse field gradients-IIDownload
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29Lec 29 Selective excitation, selective inversionDownload
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30Lec 30 Relaxation phenomenonDownload
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31Lec 31 T1 relaxation concepts and measurementsDownload
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32Lec 32 Spectral density function and relaxation mechanismsDownload
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33Lec 33 T1 Relaxation mechanismsDownload
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34Lec 34 T1 Relaxation mechanisms and T2 relaxationDownload
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35Lec 35 Measurement of T1 and T2Download
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36Lec 36 Decoupling and NOE conceptsDownload
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37Lec 37 DQ and ZQ relaxation pathwaysDownload
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38Lec 38 Positive and Negative NOE and spectral density functionsDownload
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39Lec 39 NOE and correlation timeDownload
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40Lec 40 Product operatorsDownload
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41Lec 41 Product operator analysisDownload
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42Lec 42 Productor operator analysis of pulse sequencesDownload
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43Lec 43 Product operators for two J coupled spinsDownload
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44Lec 44 Spin echo sequencesDownload
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45Lec 45 Introduction to 2D NMRDownload
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46Lec 46 2D NMR concepts, 2D experimentsDownload
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47Lec 47 2D COSY experimentDownload
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48Lec 48 2D COSY and its variantsDownload
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49Lec 49 TOCSY Heteronuclear 2D experimentsDownload
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50Lec 50 coupled and decoupled HSQC, HMBC, INADEQUATE, 2D JresolvedDownload
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51Lec 51 Introduction to multiple quantum NMRPDF unavailable
52Lec 52 DQ and ZQ of coupled spinsPDF unavailable
53Lec 53 MQ and relative signs of couplingsPDF unavailable
54Lec 54 MQ and spin system filteringPDF unavailable
55Lec 55 Introduction to solid state NMRPDF unavailable
56Lec 56 CSA and dipolar couplingsPDF unavailable
57Lec 57 Magic Angle SpinningPDF unavailable
58Lec 58 WAHUHA and Cross PolarizationPDF unavailable
59Lec 59 Cross PolarizationPDF unavailable
60Lec 60 CP at high speeds, Side band suppression, TOSSPDF unavailable


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