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TIME‐RESOLVED FLUORESCENCE OF NITROBENZOXADIAZOLE‐AMINOHEXANOIC ACID: EFFECT OF INTERMOLECULAR HYDROGEN‐BONDING ON NON‐RADIATIVE DECAY
Su Lin, Walter S. Struve
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peer-review
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Dive into the research topics of 'TIME‐RESOLVED FLUORESCENCE OF NITROBENZOXADIAZOLE‐AMINOHEXANOIC ACID: EFFECT OF INTERMOLECULAR HYDROGEN‐BONDING ON NON‐RADIATIVE DECAY'. Together they form a unique fingerprint.
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Physics & Astronomy
acids
100%
fluorescence
82%
decay
63%
chromophores
34%
polarity
29%
estrogens
26%
internal conversion
19%
kinetics
19%
bears
17%
isotope effect
17%
low concentrations
15%
deuterium
14%
vibration mode
14%
life (durability)
10%
water
9%
Chemical Compounds
Fluorescence
64%
Solvent
52%
Acid
38%
Chromophore
30%
Polarity
30%
Solvatochromism
23%
Internal Conversion
23%
Fluorescence Decay
21%
Aprotic Solvent
21%
Estrogen
20%
Isotope Effect
18%
Deuterium(.)
16%
Donor
12%
Strength
11%
Medicine & Life Sciences
Fluorescence
91%
Acids
84%
Kinetics
23%
Deuterium
22%
Isotopes
17%
Progesterone Receptors
16%
Acceleration
15%
Estrogen Receptors
14%
Water
10%