• Department of Atomic and Molecular Physics, Academic Block-5, MIT Campus, Manipal Academy of Higher Education, Manipal

    576104 Udupi

    India

  • 55 Citations
  • 5 h-Index
20102019
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Fingerprint Dive into the research topics where Ajeetkumar Patil is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Chemical Compounds

Fluorescence
Lasers
Screening
High performance liquid chromatography
Dye lasers
Dipole moment
Chitosan
Tissue
Proteins
Excited states
Ground state
Salivary Proteins and Peptides
Principal component analysis
Zinc Oxide
Cell death
Acridine Orange
Biopsy
Light sources
Tobacco
Fluorophores
Metal nanoparticles
Scavenging
Spectroscopy
Statistical methods
Fluorescence spectroscopy
Zinc
Cytotoxicity
Imaging techniques
Spectrometers
Costs
Blood Proteins
Animals
Nanoparticles
Physical properties
Salts
Acriflavine
Body fluids
Cells
Fatigue of materials
Oxide films
Color
Pharmaceutical Preparations
diethanolamine
Molecules
Cryptography
Quenching
Coloring Agents
Sensors
Transistors
Liquids

Physics & Astronomy

Physics

laser induced fluorescence
fluorescence
nanoparticles
ground state
nitrogen atoms

Life Sciences

cancer
tongue
leukemias
serums
saliva
visual perception

Chemistry and Materials

proteins
liquid chromatography
zinc
tryptophan
silver
zinc oxides
praseodymium
samarium
acriflavine
phosphates
rare earth elements
glass
dyes

General

dye lasers
screening
profiles
evaluation
polarity
death
markers
principal components analysis
physical properties
cells
salts
lasers
optimization
quenching
metals
alternations

Engineering

dipole moments
excitation
locking
light sources
wave excitation
assembling

Aerospace Sciences

spectroscopy
laser-induced breakdown spectroscopy
cavities

Mathematical and Computer Sciences

sensitivity

Engineering & Materials Science

Fluorescence
Lasers
Screening
Dye lasers
Dipole moment
Excited states
Ground state
High performance liquid chromatography
Proteins
Zinc
Light sources
Fluorophores
Metal nanoparticles
Fluorescence spectroscopy
Spectroscopy
Cell death
Tissue
Laser induced breakdown spectroscopy
Zinc oxide
Rare earth elements
Chitosan
Praseodymium
Samarium
Spectrometers
Costs
Statistical methods
Animals
Phosphates
Glass
Physical properties
Imaging techniques
Cells
Fatigue of materials
Salts
Oxide films
Chemical analysis
Molecules
Cryptography
Biopsy
Quenching
Sensors
Transistors
Dyes
Calibration
Thin films
Rare earths
Epithelial Cells
Tumors
Absorption spectra
Body fluids