Complete Inorganic Spectroscopy for CSIR NET | GATE | IIT-JAM

00:00:00 Topic Covered 00:00:07 NMR | Inorganic NMR Spectroscopy | NMR of Inorganic Compounds | Introduction & Principle 00:49:43 Chemical Shift Value | Inorganic NMR Spectroscopy | Reference Standard 01:26:31 Intensity Ratio |J Value | Spectral Lines of Coordination & OMC |Inorganic NMR Spectroscopy 02:16:04 Carbon 13 NMR | P31 NMR |Spectra of Inorganic Molecule|Signals of metal carbonyl complexes 02:56:15 19F NMR Spectroscopy | Sn NMR | B-NMR 03:13:09 ESR/EPR Spectroscopy of Inorganic Molecules | Electron Spin Resonance Spectroscopy 03:58:17 ESR Spectroscopy of Inorganic Molecules | Hyperfine Splitting | Intensity Ratio | Pascal's Triangle 04:16:53 Mossbauer Spectroscopy for CSIR-NET | Introduction | Doppler effect | Recoil Energy 04:56:37 Mössbauer Spectroscopy for CSIR NET , GATE | Parameter | Quadrupole Splitting | Zeeman Effect Spectroscopy Introduction, Fundamentals/Basics & Syllabus, introduction & principle of NMR spectroscopy, shielding and deshielding effect, concept of concentrated and dilute nuclei and NMR parameters: no. of NMR signals, chemical shift value in inorganic NMR, intensity of NMR peaks, spin multiplicity of NMR signal, coupling constant value in NMR, quadrupolar nuclei, non-quadrupolar nuclei,chemical shift in NMR spectroscopy, downfield, upfield,TMS (Tetra Methyl Silane), operating frequency,resonance frequency, chemical shift values of nmr, delta ppm values in nmr, types of reference used in nmr, nmr question practice etc for csir net, gate, iit jam, msc and bsc, intensity ratio of inorganic molecules, intensity ratio in NMR spectroscopy, j value, coupling constant of nmr signals, multiplicity of signals, nmr spectral lines of coordination compounds, nmr spectral lines of organometallic compounds, concepts of diluted and concentrated nuclei, previous year question practice of nmr spectroscopy, previous year question practice of inorganic spectroscopy, muiltiplicity in inorganic molecule, carbon 13 NMR spectra of inorganic compound, signals of organometallic compounds, number of lines calculation in metal carbonyl complexes, P31 NMR spectra, solution used in inorganic spectra, types of standard solution, chemical shift values for metal carbonyl complexes, spin multiplicity, number of lines calculation in metal hydride compound, 19Flourine NMR in Inorganic spectroscopy, Sn NMR, B-MMR, boron NMR spectroscopy, spectroscopy, 19F NMR chemical shifts, 19F NMR coupling, chemical shift value, splitting of signals, question practice csir net, question practice of inorgannic spectroscopy, ESR Spectroscopy, Fundamentals of Spectroscopy, introduction of ESR spectroscopy, instrumentation of ESR spectroscopy, principle of ESR spectroscopy, parameters of ESR spectroscopy, g-value calculation, how to calculate g value in esr spectroscopy, hyperfine line calculation, what is hyperfine splitting in esr spectroscopy, intensity ratio of esr signals, question practice for esr spectroscopy, Hyperfine Lines Calculation of ESR, Intensity Ratio of ESR Signals, Pascal's Triangle for ESR, ESR Spectroscopy, Fundamentals of Spectroscopy, introduction of ESR spectroscopy, iparameters of ESR spectroscopy, g-value calculation, how to calculate g value in esr spectroscopy, hyperfine line calculation, what is hyperfine splitting in esr spectroscopy, intensity ratio of esr signals, question practice for esr spectroscopy, ESR spectroscopy for csir net,Introduction, instrumentation and principle of mössbauer spectroscopy. Doppler effect, recoil energy and application of mossbauer spectroscopy are covered. Explains mossbauer spectra line representation or image.Splitting of spectral lines. No. of lines in mossbauer spectra calculation, isomer effect, parameters of mossbauer spectroscopy, no. of signals calculation, chemical shift value for mossbauer spectroscopy, isotops used in mossbauer spectra, quadrupole splitting of lines , zeeman effect in mossbauer spectroscopy, Nuclear Magnetic Interection in mossbauer, gamma-ray spectroscopy spectroscopy #spchemistryclasses #inorganicspectroscopy #nmr #mossbauerspectroscopy #esrspectroscopy