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

* Atomic spectroscopy

## Emission spectroscopy

* Atomic emission spectrum
* Atomic spectral line
* Balmer series
* Broad Iron K line
* Emission spectrum
* Equivalent width
* Fraunhofer lines
* Isotopic shift
* Isomeric shift
* Gaussian broadening
* Hydrogen line
* Hydrogen spectral series
* Inductively coupled plasma atomic emission spectroscopy
* Lyc photon
* Lyman series
* Microturbulence
* Rydberg constant
* Rydberg–Ritz combination principle
* Spectral line

## Fluorescence

* 4Pi Microscope
* Advanced Microscopy Group
* Anisotropy
* Chemical imaging
* DiI
* EDANS
* Excitation wavelength
* FLEX mission
* Fluorescence
* Fluorescence correlation spectroscopy
* Fluorescence cross-correlation spectroscopy
* Fluorescence loss in photobleaching
* Fluorescence microscope
* Fluorescence recovery after photobleaching
* Fluorescence recovery after photobleaching
* Fluorogenic
* Förster resonance energy transfer
* Förster resonance energy transfer
* Kautsky effect
* Molecular beacon
* Optode
* Photobleaching
* Quenching (fluorescence)
* Resonance fluorescence
* Simulated fluorescence process algorithm
* Stokes shift
* Supercritical angle fluorescence microscopy
* Vertico SMI

## Fluorescence spectroscopy

* Fluorescence spectroscopy

## Gamma spectroscopy

* Gamma spectroscopy

## Infrared spectroscopy

* Infrared spectroscopy
* Global warming potential
* Infrared spectroscopy correlation table
* Thermal infrared spectroscopy
* Two-dimensional infrared spectroscopy
* Vibrational circular dichroism
* Near-infrared spectroscopy
* Eckart conditions
* FG method
* Fermi resonance
* Lennard-Jones potential
* Transition dipole moment

## Raman spectroscopy

* Raman spectroscopy
* Resonance Raman spectroscopy
* Coherent anti-Stokes Raman spectroscopy

## Nuclear magnetic resonance

* Nuclear magnetic resonance spectroscopy
* Aromatic ring current
* Athinoula A. Martinos Center for Biomedical Imaging
* Bloch equations
* Carbohydrate NMR
* Carbon-13 NMR
* Carbon-13 NMR satellite
* Chemical shift
* CIDNP
* Collaborative Computing Project for NMR
* Correlation spectroscopy
* Deuterium NMR
* Earth's field NMR
* Electric field NMR
* Ernst angle
* Exclusive correlation spectroscopy
* Fluorine-19 NMR
* Free induction decay
* Gradient enhanced NMR spectroscopy
* Heteronuclear single quantum coherence
* HNCA experiment
* HNCOCA experiment
* In vivo magnetic resonance spectroscopy
* Insensitive nuclei enhanced by polarization transfer
* J-coupling
* Jesús Jiménez Barbero
* Karplus equation
* Kurt Wüthrich
* Low field NMR
* Magic angle
* Magic angle spinning
* Magnetic dipole–dipole interaction
* Magnetic resonance force microscopy
* Magnetic resonance imaging
* Magnetometer
* Motional narrowing
* NMR database method
* NMR spectra database
* NMR spectroscopy
* NMR spectroscopy of stereoisomers
* Nuclear magnetic resonance
* Nuclear magnetic resonance decoupling
* Nuclear magnetic resonance in porous media
* Nuclear orientation
* Nuclear Overhauser effect
* Nuclear quadrupole resonance
* Pake doublet
* Phosphorus-31 NMR
* Protein nuclear magnetic resonance spectroscopy
* Proton Enhanced Nuclear Induction Spectroscopy
* Proton NMR
* Pulse sequence
* Pulsed field gradient
* Relaxation (NMR)
* Relaxometry
* Residual chemical shift anisotropy
* Residual dipolar coupling
* Robinson oscillator
* Sequential walking
* Solid-state nuclear magnetic resonance
* Spin chemistry
* Spin echo
* Topicity
* Transverse relaxation optimized spectroscopy
* Zero field NMR
* Nuclear quadrupole resonance

### Deuterated solvent

* Deuterated acetone
* Deuterated benzene
* Deuterated chloroform
* Deuterated DMSO
* Deuterated DMF
* Deuterated ethanol
* Deuterated methanol
* Deuterated THF
* Deuterated dichloromethane
* Trimethylsilyl propionate

## Electron spin resonance

* Electron paramagnetic resonance or Electron spin resonance
* Ferromagnetic resonance
* Spin labels
* Site-directed spin labeling
* Spin trapping

## Rotational spectroscopy

* Rotational spectroscopy

## Vibrational spectroscopy

* Vibrational spectroscopy

## Ultraviolet-visible spectroscopy

* Electromagnetic radiation
* Spectrophotometry
* Ultraviolet-visible spectroscopy
* Beer–Lambert law
* Blue shift
* Redshift

## Mößbauer spectroscopy

* Mössbauer spectroscopy
* Isomeric shift

## X-ray spectroscopy

* X-ray
* X-ray crystallography
* X-ray nanoprobe
* X-ray Raman scattering
* X-ray absorption spectroscopy
* X-ray filter
* X-ray fluorescence
* X-ray image intensifier
* X-ray microscope
* X-ray reflectivity
* X-ray scattering techniques
* X-ray spectroscopy
* X-ray standing waves
* X-ray spectroscopy
* X-ray magnetic circular dichroism
* X-ray absorption spectroscopy

## Mass spectrometry

* Accelerator mass spectrometry
* Adiabatic ionization
* Alpha cleavage
* Ambient ionization
* American Society for Mass Spectrometry
* Anode ray
* Appearance energy
* Aspirating IMS
* Berkeley Geochronology Center
* Binding energy
* Bottom-up proteomics
* Bradbury-Nielsen shutter
* Calutron
* Canadian Penning Trap Mass Spectrometer
* Capillary electrophoresis-mass spectrometry
* Charge remote fragmentation
* Chemical ionization
* Collision reaction cell
* Collisional excitation
* Consolidated Engineering Corporation
* Daly detector
* Delayed extraction
* Desorption atmospheric pressure photoionization
* Desorption electrospray ionization
* Direct-EI LC-MS interface
* Distonic ion
* Einzel lens
* Electrical mobility
* Electron ionization
* Electron multiplier
* Faraday cup
* Flowing afterglow mass spectrometry
* Fourier transform ion cyclotron resonance
* Gas chromatography-mass spectrometry
* Gas phase ion chemistry
* Helium mass spectrometer
* High-field asymmetric waveform ion mobility spectrometry
* History of mass spectrometry
* Hybrid mass spectrometer
* Hydrogen-deuterium exchange
* ISOLTRAP
* iTRAQ
* In-gel digestion
* Inductively coupled plasma mass spectrometry
* International Mass Spectrometry Foundation
* Ion optics
* Ion attachment mass spectrometry
* Ion mobility spectrometry
* Ion mobility spectrometry-mass spectrometry
* Ionization
* Isotope ratio mass spectrometry
* Isotopic labeling
* Kendrick mass
* Kratos MS 50
* Label-free quantification
* Liquid chromatography-mass spectrometry
* List of mass spectrometry acronyms
* MALDI imaging
* Mass (mass spectrometry)
* Mass spectrometry
* Mass chromatogram
* Mass spectrometry imaging
* Mass spectrum
* Mass spectrum analysis
* Mass-analyzed ion kinetic energy spectrometry
* Mass-to-charge ratio
* MassWiz
* McLafferty rearrangement
* Membrane introduction mass spectrometry
* Microchannel plate detector
* Monoisotopic mass
* Nitrogen rule
* Nominal mass
* On-Line Isotope Mass Separator
* OpenMS
* The OpenMS Proteomics Pipeline
* Penning trap
* Peptide mass fingerprinting
* Peptide sequence tag
* Plasma desorption mass spectrometry
* Probe electrospray ionization
* Prolate trochoidal mass spectrometer
* Protein mass spectrometry
* Protomap (proteomics)
* Proton transfer reaction mass spectrometry
* Pyrolysis gas chromatography mass spectrometry
* Quantitative proteomics
* RFQ Beam Coolers
* Radical ion
* Reflectron
* Resolution (mass spectrometry)
* SILAC
* SIRCAMS
* Sample preparation (mass spectrometry)
* Secondary ion mass spectrometry
* Sector instrument
* Selected ion flow tube mass spectrometry
* Sensitive high resolution ion microprobe
* Shotgun proteomics
* Space charge
* Spectral Database for Organic Compounds
* Static secondary ion mass spectrometry
* Tandem mass spectrometry
* Tandem mass tags
* Taylor cone
* Thomson (unit)
* Time-of-flight
* Top-down proteomics
* Triple quadrupole mass spectrometer
* Unimolecular ion decomposition
* Velocity selector
* W
* Whole number rule
* Wien filter

## Photothermal spectroscopy

* Photothermal spectroscopy
* Photothermal microspectroscopy
* Photoelectric effect

## Molecular vibration

* Jacobi coordinates
* Molecular vibration
* Rovibronic coupling
* Triatomic molecule
* Vibrational transition
* Vibronic coupling

## Other

* Laser-induced breakdown spectroscopy
* Resonance enhanced multiphoton ionization
* Terahertz spectroscopy
* Doppler spectroscopy