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On-line detection of aromatic molecules in air
Israel Schechter
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Corresponding author for this work
Research output
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Contribution to journal
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Conference article
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peer-review
1
Scopus citations
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Engineering & Materials Science
Molecules
99%
Ions
93%
Aromatic compounds
78%
Ionization
66%
Laser pulses
66%
Air
55%
Electrostatics
54%
Mirrors
52%
Vacuum
45%
Electrodes
39%
Set theory
32%
Computer simulation
27%
Physics & Astronomy
aromatic compounds
76%
air
60%
molecules
54%
ultraviolet lasers
54%
flight
47%
ions
47%
computerized simulation
41%
electrostatics
38%
mirrors
36%
ionization
35%
electrodes
31%
pulses
25%
performance
22%
Mathematics
Molecules
100%
Ionization
50%
Chemometrics
47%
Electrode
42%
Electrostatics
39%
Quantification
37%
Mirror
37%
Vacuum
35%
Computer Simulation
33%
Range of data
20%
Performance
20%
UV Laser
5%
Chemical Compounds
Multiphoton Ionization (MPI)
73%
Chemometrics
52%
Aromatic Compound
49%
Mixture
44%
Vacuum
40%
Ion
40%
Molecule
35%
Simulation
32%
Behavior as Electrode
25%