Chemical Sciences: A Manual for CSIR-UGC National Eligibility Test for Lectureship and JRF/Spectroscopy

Atomic spectroscopy

 * 1) ../Atomic spectroscopy/

Emission spectroscopy

 * 1) ../Atomic emission spectrum/
 * 2) ../Atomic spectral line/
 * 3) ../Balmer series/
 * 4) ../Broad Iron K line/
 * 5) ../Emission spectrum/
 * 6) ../Equivalent width/
 * 7) ../Fraunhofer lines/
 * 8) ../Isotopic shift/
 * 9) ../Isomeric shift/
 * 10) ../Gaussian broadening/
 * 11) ../Hydrogen line/
 * 12) ../Hydrogen spectral series/
 * 13) ../Inductively coupled plasma atomic emission spectroscopy/
 * 14) ../Lyc photon/
 * 15) ../Lyman series/
 * 16) ../Microturbulence/
 * 17) ../Rydberg constant/
 * 18) ../Rydberg–Ritz combination principle/
 * 19) ../Spectral line/

Fluorescence

 * 1) ../4Pi Microscope/
 * 2) ../Advanced Microscopy Group/
 * 3) ../Anisotropy/
 * 4) ../Chemical imaging/
 * 5) ../DiI/
 * 6) ../EDANS/
 * 7) ../Excitation wavelength/
 * 8) ../FLEX mission/
 * 9) ../Fluorescence/
 * 10) ../Fluorescence correlation spectroscopy/
 * 11) ../Fluorescence cross-correlation spectroscopy/
 * 12) ../Fluorescence loss in photobleaching/
 * 13) ../Fluorescence microscope/
 * 14) ../Fluorescence recovery after photobleaching/
 * 15) ../Fluorescence recovery after photobleaching/
 * 16) ../Fluorogenic/
 * 17) ../Förster resonance energy transfer/
 * 18) ../Förster resonance energy transfer/
 * 19) ../Kautsky effect/
 * 20) ../Molecular beacon/
 * 21) ../Optode/
 * 22) ../Photobleaching/
 * 23) ../Quenching (fluorescence)/
 * 24) ../Resonance fluorescence/
 * 25) ../Simulated fluorescence process algorithm/
 * 26) ../Stokes shift/
 * 27) ../Supercritical angle fluorescence microscopy/
 * 28) ../Vertico SMI/

Fluorescence spectroscopy

 * 1) ../Fluorescence spectroscopy/

Gamma spectroscopy

 * 1) ../Gamma spectroscopy/

Infrared spectroscopy

 * 1) ../Infrared spectroscopy/
 * 2) ../Global warming potential/
 * 3) ../Infrared spectroscopy correlation table/
 * 4) ../Thermal infrared spectroscopy/
 * 5) ../Two-dimensional infrared spectroscopy/
 * 6) ../Vibrational circular dichroism/
 * 7) ../Near-infrared spectroscopy/
 * 8) ../Eckart conditions/
 * 9) ../FG method/
 * 10) ../Fermi resonance/
 * 11) ../Lennard-Jones potential/
 * 12) ../Transition dipole moment/

Raman spectroscopy

 * 1) ../Raman spectroscopy/
 * 2) ../Resonance Raman spectroscopy/
 * 3) ../Coherent anti-Stokes Raman spectroscopy/

Nuclear magnetic resonance

 * 1) ../Nuclear magnetic resonance spectroscopy/
 * 2) ../Aromatic ring current/
 * 3) ../Athinoula A. Martinos Center for Biomedical Imaging/
 * 4) ../Bloch equations/
 * 5) ../Carbohydrate NMR/
 * 6) ../Carbon-13 NMR/
 * 7) ../Carbon-13 NMR satellite/
 * 8) ../Chemical shift/
 * 9) ../CIDNP/
 * 10) ../Collaborative Computing Project for NMR/
 * 11) ../Correlation spectroscopy/
 * 12) ../Deuterium NMR/
 * 13) ../Earth's field NMR/
 * 14) ../Electric field NMR/
 * 15) ../Ernst angle/
 * 16) ../Exclusive correlation spectroscopy/
 * 17) ../Fluorine-19 NMR/
 * 18) ../Free induction decay/
 * 19) ../Gradient enhanced NMR spectroscopy/
 * 20) ../Heteronuclear single quantum coherence/
 * 21) ../HNCA experiment/
 * 22) ../HNCOCA experiment/
 * 23) ../In vivo magnetic resonance spectroscopy/
 * 24) ../Insensitive nuclei enhanced by polarization transfer/
 * 25) ../J-coupling/
 * 26) ../Jesús Jiménez Barbero/
 * 27) ../Karplus equation/
 * 28) ../Kurt Wüthrich/
 * 29) ../Low field NMR/
 * 30) ../Magic angle/
 * 31) ../Magic angle spinning/
 * 32) ../Magnetic dipole–dipole interaction/
 * 33) ../Magnetic resonance force microscopy/
 * 34) ../Magnetic resonance imaging/
 * 35) ../Magnetometer/
 * 36) ../Motional narrowing/
 * 37) ../NMR database method/
 * 38) ../NMR spectra database/
 * 39) ../NMR spectroscopy/
 * 40) ../NMR spectroscopy of stereoisomers/
 * 41) ../Nuclear magnetic resonance/
 * 42) ../Nuclear magnetic resonance decoupling/
 * 43) ../Nuclear magnetic resonance in porous media/
 * 44) ../Nuclear orientation/
 * 45) ../Nuclear Overhauser effect/
 * 46) ../Nuclear quadrupole resonance/
 * 47) ../Pake doublet/
 * 48) ../Phosphorus-31 NMR/
 * 49) ../Protein nuclear magnetic resonance spectroscopy/
 * 50) ../Proton Enhanced Nuclear Induction Spectroscopy/
 * 51) ../Proton NMR/
 * 52) ../Pulse sequence/
 * 53) ../Pulsed field gradient/
 * 54) ../Relaxation (NMR)/
 * 55) ../Relaxometry/
 * 56) ../Residual chemical shift anisotropy/
 * 57) ../Residual dipolar coupling/
 * 58) ../Robinson oscillator/
 * 59) ../Sequential walking/
 * 60) ../Solid-state nuclear magnetic resonance/
 * 61) ../Spin chemistry/
 * 62) ../Spin echo/
 * 63) ../Topicity/
 * 64) ../Transverse relaxation optimized spectroscopy/
 * 65) ../Zero field NMR/
 * 66) ../Nuclear quadrupole resonance/

Deuterated solvent

 * 1) ../Deuterated acetone/
 * 2) ../Deuterated benzene/
 * 3) ../Deuterated chloroform/
 * 4) ../Deuterated DMSO/
 * 5) ../Deuterated DMF/
 * 6) ../Deuterated ethanol/
 * 7) ../Deuterated methanol/
 * 8) ../Deuterated THF/
 * 9) ../Deuterated dichloromethane/
 * 10) ../Trimethylsilyl propionate/

Electron spin resonance

 * 1) ../Electron paramagnetic resonance/ or Electron spin resonance
 * 2) ../Ferromagnetic resonance/
 * 3) ../Spin labels/
 * 4) ../Site-directed spin labeling/
 * 5) ../Spin trapping/

Rotational spectroscopy

 * 1) ../Rotational spectroscopy/

Vibrational spectroscopy

 * 1) ../Vibrational spectroscopy/

Ultraviolet-visible spectroscopy

 * 1) ../Electromagnetic radiation/
 * 2) ../Spectrophotometry/
 * 3) ../Ultraviolet-visible spectroscopy/
 * 4) ../Beer–Lambert law/
 * 5) ../Blue shift/
 * 6) ../Redshift/

Mößbauer spectroscopy

 * 1) ../Mössbauer spectroscopy/
 * 2) ../Isomeric shift/

X-ray spectroscopy

 * 1) ../X-ray/
 * 2) ../X-ray crystallography/
 * 3) ../X-ray nanoprobe/
 * 4) ../X-ray Raman scattering/
 * 5) ../X-ray absorption spectroscopy/
 * 6) ../X-ray filter/
 * 7) ../X-ray fluorescence/
 * 8) ../X-ray image intensifier/
 * 9) ../X-ray microscope/
 * 10) ../X-ray reflectivity/
 * 11) ../X-ray scattering techniques/
 * 12) ../X-ray spectroscopy/
 * 13) ../X-ray standing waves/
 * 14) ../X-ray spectroscopy/
 * 15) ../X-ray magnetic circular dichroism/
 * 16) ../X-ray absorption spectroscopy/

Mass spectrometry

 * 1) ../Accelerator mass spectrometry/
 * 2) ../Adiabatic ionization/
 * 3) ../Alpha cleavage/
 * 4) ../Ambient ionization/
 * 5) ../American Society for Mass Spectrometry/
 * 6) ../Anode ray/
 * 7) ../Appearance energy/
 * 8) ../Aspirating IMS/
 * 9) ../Berkeley Geochronology Center/
 * 10) ../Binding energy/
 * 11) ../Bottom-up proteomics/
 * 12) ../Bradbury-Nielsen shutter/
 * 13) ../Calutron/
 * 14) ../Canadian Penning Trap Mass Spectrometer/
 * 15) ../Capillary electrophoresis-mass spectrometry/
 * 16) ../Charge remote fragmentation/
 * 17) ../Chemical ionization/
 * 18) ../Collision reaction cell/
 * 19) ../Collisional excitation/
 * 20) ../Consolidated Engineering Corporation/
 * 21) ../Daly detector/
 * 22) ../Delayed extraction/
 * 23) ../Desorption atmospheric pressure photoionization/
 * 24) ../Desorption electrospray ionization/
 * 25) ../Direct-EI LC-MS interface/
 * 26) ../Distonic ion/
 * 27) ../Einzel lens/
 * 28) ../Electrical mobility/
 * 29) ../Electron ionization/
 * 30) ../Electron multiplier/
 * 31) ../Faraday cup/
 * 32) ../Flowing afterglow mass spectrometry/
 * 33) ../Fourier transform ion cyclotron resonance/
 * 34) ../Gas chromatography-mass spectrometry/
 * 35) ../Gas phase ion chemistry/
 * 36) ../Helium mass spectrometer/
 * 37) ../High-field asymmetric waveform ion mobility spectrometry/
 * 38) ../History of mass spectrometry/
 * 39) ../Hybrid mass spectrometer/
 * 40) ../Hydrogen-deuterium exchange/
 * 41) ../ISOLTRAP/
 * 42) ../iTRAQ/
 * 43) ../In-gel digestion/
 * 44) ../Inductively coupled plasma mass spectrometry/
 * 45) ../International Mass Spectrometry Foundation/
 * 46) ../Ion optics/
 * 47) ../Ion attachment mass spectrometry/
 * 48) ../Ion mobility spectrometry/
 * 49) ../Ion mobility spectrometry-mass spectrometry/
 * 50) ../Ionization/
 * 51) ../Isotope ratio mass spectrometry/
 * 52) ../Isotopic labeling/
 * 53) ../Kendrick mass/
 * 54) ../Kratos MS 50/
 * 55) ../Label-free quantification/
 * 56) ../Liquid chromatography-mass spectrometry/
 * 57) ../List of mass spectrometry acronyms/
 * 58) ../MALDI imaging/
 * 59) ../Mass (mass spectrometry)/
 * 60) ../Mass spectrometry/
 * 61) ../Mass chromatogram/
 * 62) ../Mass spectrometry imaging/
 * 63) ../Mass spectrum/
 * 64) ../Mass spectrum analysis/
 * 65) ../Mass-analyzed ion kinetic energy spectrometry/
 * 66) ../Mass-to-charge ratio/
 * 67) ../MassWiz/
 * 68) ../McLafferty rearrangement/
 * 69) ../Membrane introduction mass spectrometry/
 * 70) ../Microchannel plate detector/
 * 71) ../Monoisotopic mass/
 * 72) ../Nitrogen rule/
 * 73) ../Nominal mass/
 * 74) ../On-Line Isotope Mass Separator/
 * 75) ../OpenMS/
 * 76) ../The OpenMS Proteomics Pipeline/
 * 77) ../Penning trap/
 * 78) ../Peptide mass fingerprinting/
 * 79) ../Peptide sequence tag/
 * 80) ../Plasma desorption mass spectrometry/
 * 81) ../Probe electrospray ionization/
 * 82) ../Prolate trochoidal mass spectrometer/
 * 83) ../Protein mass spectrometry/
 * 84) ../Protomap (proteomics)/
 * 85) ../Proton transfer reaction mass spectrometry/
 * 86) ../Pyrolysis gas chromatography mass spectrometry/
 * 87) ../Quantitative proteomics/
 * 88) ../RFQ Beam Coolers/
 * 89) ../Radical ion/
 * 90) ../Reflectron/
 * 91) ../Resolution (mass spectrometry)/
 * 92) ../SILAC/
 * 93) ../SIRCAMS/
 * 94) ../Sample preparation (mass spectrometry)/
 * 95) ../Secondary ion mass spectrometry/
 * 96) ../Sector instrument/
 * 97) ../Selected ion flow tube mass spectrometry/
 * 98) ../Sensitive high resolution ion microprobe/
 * 99) ../Shotgun proteomics/
 * 100) ../Space charge/
 * 101) ../Spectral Database for Organic Compounds/
 * 102) ../Static secondary ion mass spectrometry/
 * 103) ../Tandem mass spectrometry/
 * 104) ../Tandem mass tags/
 * 105) ../Taylor cone/
 * 106) ../Thomson (unit)/
 * 107) ../Time-of-flight/
 * 108) ../Top-down proteomics/
 * 109) ../Triple quadrupole mass spectrometer/
 * 110) ../Unimolecular ion decomposition/
 * 111) ../Velocity selector/
 * 112) ../W/
 * 113) ../Whole number rule/
 * 114) ../Wien filter/

Photothermal spectroscopy

 * 1) ../Photothermal spectroscopy/
 * 2) ../Photothermal microspectroscopy/
 * 3) ../Photoelectric effect/

Molecular vibration

 * 1) ../Jacobi coordinates/
 * 2) ../Molecular vibration/
 * 3) ../Rovibronic coupling/
 * 4) ../Triatomic molecule/
 * 5) ../Vibrational transition/
 * 6) ../Vibronic coupling/

Other

 * 1) ../Laser-induced breakdown spectroscopy/
 * 2) ../Resonance enhanced multiphoton ionization/
 * 3) ../Terahertz spectroscopy/
 * 4) ../Doppler spectroscopy/