Department of Atomic and Molecular Physics, Manipal

  • India

Fingerprint The fingerprint is based on mining the text of the research documents related to the associated persons. Based on that an index of weighted terms is created, which defines the key subjects of research unit.

Chemical Compounds

Nanoparticles
Lasers
Fluorescence
Laser induced breakdown spectroscopy
Thermal diffusivity
Photoacoustic effect
Molecules
Spectroscopy
Optical properties
Arsenic
Proteins
Cells
Ions
Doping (additives)
High performance liquid chromatography
2-Aminopurine
Annealing
Principal component analysis
Photoluminescence
Photons
Infrared radiation
Temperature
Excited states
Conformations
Phosphors
Zinc
Isomers
Lenses
Aluminum Oxide
Tissue
Gold
Raman spectroscopy
Crystals
Coloring Agents
Microwaves
Magnetic properties
Silver
Gases
Metallochaperones
Water
Guanine
Cations
Ultrashort pulses
Ground state
Atoms
Energy transfer
Tuning
Stretching
Thin films
Methylation
Quantum yield
Adenine
Derivatives
S-Adenosylmethionine
Crystal structure
Infrared spectroscopy
Cytotoxicity
DNA
Electrostatics
Oxides
Metalloids
Oxygen
Screening
Hot Temperature
Raman scattering
Oxidation
Chemical analysis
Ferrite
Crystallite size
Fluorescein
Neodymium
Methyltransferases
X ray diffraction
Assays
Oxidative stress
Luminescence
Blood
Calibration
Hydrogen bonds
Thermodynamic properties
Fabrication
Epitaxial layers
Sulfacetamide
Density functional theory
Crystallization
Benzene
Transport properties
rhodamine B
Stem cells
Kinetics
Cysteine
Absorption spectra
Adenosine Triphosphatases
Electric properties
Thiadiazoles
Molecular orbitals
Glass
Cell death
Surface-Active Agents
Pyridones

Physics & Astronomy

General

nuclei
lasers
synthesis
radii
energy
density distribution
cross sections
cells
interactions
thin films
folding
decay
configurations
dissociation
profiles
evaluation
quenching
thermodynamic properties
probes
vapor phases
radioactivity
porosity
shift
Wentzel-Kramer-Brillouin method
rings
augmentation
density functional theory
oscillators
principal components analysis
matrix methods
erythrocytes

Aerospace Sciences

laser-induced breakdown spectroscopy
spectroscopy
Raman spectroscopy
orbits

Physics

thermal diffusivity
nanoparticles
neutrons
fluorescence
laser induced fluorescence
ground state
protons
optical properties
bosons
photoluminescence
photons
nucleon-nucleon interactions
heavy ions
transport properties
heat
temperature
wave functions
ions
halos
heat transmission
absorption spectra

Engineering

thermal lensing
half life
excitation
ion scattering
binding energy
energy transfer
scattering
spectrographs
magnetic properties
electrostatics
tuning
x rays
annealing
electrical properties

Chemistry and Materials

proteins
rhodamine
dyes
isotopes
molecules
gold
liquid chromatography
rare earth elements
isomers
zinc
quantitative analysis
phosphors
heavy elements
guanines
water
aluminum oxides
hydrogen
glass
phosphates
oxygen
ceramics
cysteine
silver

Life Sciences

cancer
serums
saliva
kidney stones

Mathematical and Computer Sciences

matrices
approximation

Aeronautics

projectiles

Engineering & Materials Science

Laser induced breakdown spectroscopy
Lasers
Fluorescence
Nanoparticles
Photoacoustic effect
Thermal diffusivity
Proteins
Doping (additives)
High performance liquid chromatography
Annealing
Optical properties
Principal component analysis
Photoluminescence
Ultrashort pulses
Tissue
Temperature
Thin films
Phosphors
Spectroscopy
Zinc
Molecules
Microwaves
Transport properties
Arsenic
Photons
Chemical analysis
Magnetic properties
Raman spectroscopy
Spectrographs
Epitaxial layers
Screening
Tuning
Luminescence
Alumina
Crystals
Infrared radiation
Cells
Excited states
Lenses
Photodegradation
Thermodynamic properties
Surface plasmon resonance
Energy transfer
Ferrite
Ions
Crystallite size
Hot Temperature
Dyes
Calibration
Glass
Fluorescence spectroscopy
Oxidation
X ray diffraction
Neodymium
Substrates
Oxidative stress
Water
Phosphates
Quantum yield
Rare earth elements
Kinetics
DNA
Nanostructures
Fabrication
Rare earths
Electric properties
Supercontinuum generation
Absorption spectra
Gold
Blood
Ground state
Silver
Nanocomposites
Oxides
Raman scattering
Energy gap
Glucose
Free radicals
Photonic devices
Derivatives
Ionic strength
Surface active agents
Methylation
Hydrogen bonds
Transmission electron microscopy
Sensors
Optical parametric oscillators
Dye lasers
Density functional theory
Oxygen
Acids
Air
Imaging techniques
Positive ions
Fibers
Dipole moment
Atoms
Molecular orbitals
Wetting
Neural networks