Chemical Compounds
Fluorescence Spectrum
100%
Electronic Spectroscopy
78%
Rotational Constant
63%
Jet
62%
Photolysis
61%
Wavelength
61%
Vibronic Transition
57%
Subband
53%
Emission Spectrum
53%
Laser Induced Fluorescence Spectroscopy
44%
Renner-Teller Effect
38%
Crystal Phase Property
37%
Excited State
37%
Luminiscence Type
35%
Bromoform
34%
Ground State
33%
Hydrothermal Method
32%
Electronic Transition
29%
Fluorescence Spectroscopy
28%
Singlet State
26%
Triplet State
25%
Excimer
25%
Laser Spectroscopy
24%
Second-Harmonic Generation
24%
Crystal Structure
24%
Vibrational State
23%
Single Crystal X-Ray Diffraction
23%
NIR Spectroscopy
23%
Ambient Reaction Temperature
22%
Absorption Spectroscopy
22%
Band Gap
21%
Surface Potential
20%
Metal Organic Framework
20%
Absorption Spectrum
20%
Electronic State
19%
Iodomethanes
18%
Monoclinic Space Group
18%
Hyperfine Structure
18%
Tetrahedral Crystal
17%
Potential Energy Surface
17%
Bromomethanes
17%
Photodissociation
17%
Borate
17%
Vibrational Frequency
16%
Surface Anisotropy
16%
Zero-Point Electronic Energy
16%
Bond Length
15%
Europium Atom
15%
Dissociation
15%
Rotational State
14%
Physics & Astronomy
fluorescence
71%
spectroscopy
56%
electronics
55%
free jets
53%
photolysis
47%
high resolution
46%
excitation
46%
electronic spectra
44%
laser induced fluorescence
38%
perturbation
36%
frequency modulation
33%
expansion
33%
wavelengths
30%
emission spectra
28%
silicates
27%
synthesis
23%
crystal structure
23%
methylene
22%
infrared spectra
22%
lasers
22%
atomic energy levels
21%
ground state
20%
laser spectroscopy
20%
vibrational states
19%
ligands
18%
free radicals
18%
fluorides
18%
superhigh frequencies
17%
absorption spectroscopy
16%
dissociation
16%
infrared spectroscopy
16%
europium
16%
anions
16%
luminescence
15%
diodes
15%
semiconductor lasers
15%
absorption spectra
15%
excimer lasers
14%
organic materials
14%
hyperfine structure
13%
direct current
13%
metals
13%
harmonic generations
12%
fine structure
12%
rings
12%
charge coupled devices
12%
tryptophan
12%
crystals
12%
single crystals
12%
diffraction
11%