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Potential trace metal-organic complexation in the atmosphere.
Hiroshi Okochi
*
, Peter Brimblecombe
*
Corresponding author for this work
Research output
:
Contribution to journal
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Article
›
peer-review
50
Citations (Scopus)
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Medicine & Life Sciences
Atmosphere
100%
Metals
74%
Aerosols
55%
Glyoxal
54%
Copper
51%
Dicarboxylic Acids
51%
Hydroxy Acids
49%
Ligands
48%
Ions
42%
tartronic acid
37%
Humic Substances
29%
Oxalic Acid
25%
Coordination Complexes
25%
Keto Acids
25%
Pyruvaldehyde
24%
Water
22%
Manganese
20%
Nickel
20%
Citric Acid
18%
Solubility
17%
Malondialdehyde
16%
Zinc
16%
Gases
14%
Iron
14%
Earth & Environmental Sciences
complexation
92%
trace metal
82%
ligand
60%
atmosphere
50%
metal
42%
acid
35%
copper
30%
aerosol
29%
ion
27%
oxalic acid
17%
citric acid
17%
transition element
16%
manganese
12%
organic compound
12%
nickel
12%
solubility
11%
zinc
11%
iron
9%
water
8%
calculation
7%
gas
7%
material
5%
experiment
5%
effect
3%
Chemical Compounds
Complexation
65%
Partition
42%
Henry's Law
36%
Dicarboxylic Acid
30%
Aerosol
29%
Ligand
24%
Atmospheric Aerosol
20%
Methylglyoxal
19%
Metal Ion
17%
Glyoxal
17%
Oxalic Acid
14%
Citric Acid
13%
Metal
12%
Transition Element
10%
Acid
9%
Solubility
8%
Ion
5%