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Ms Ke Chen
Assistant Research Fellow (Assist Jun He)
Department of Chemical and Environmental Engineering
Email
ke.chen
nottingham.edu
cn
h-index
50
Scopus Citations
3
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2017
2022
Research activity per year
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Dive into the research topics where Ke Chen is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Earth & Environmental Sciences
aerosol
28%
air mass
40%
air quality
34%
analysis
18%
assay
17%
atmospheric gas
24%
atmospheric pollution
63%
cancer risk
46%
cell
12%
chemical
19%
city
22%
coal combustion
21%
control measure
21%
dust
30%
emission source
70%
evaluation
19%
fossil fuel
18%
health
18%
health impact
21%
heating
14%
hydrolysis
18%
industrial emission
50%
industry
12%
isotopic analysis
20%
long range transport
23%
methanol
41%
method
14%
mitigation
15%
mitigation measure
21%
nitrogen oxides
27%
organic carbon
31%
oxidation
13%
PAH
34%
particulate matter
59%
photochemical reaction
26%
pipe
21%
policy
24%
pollutant
48%
pollutant source
21%
road
28%
source apportionment
54%
source identification
50%
sulfur oxide
35%
toxicity
30%
traffic emission
22%
urban area
20%
urban pollution
100%
volatile organic compound
24%
water
12%
weather condition
19%
Chemical Compounds
Aerosol
41%
Air Pollution
53%
Arene
32%
Atmospheric Chemistry
55%
Behavior as Electrode
20%
Carbon Atom
22%
Catalysis
26%
Chemistry
23%
Chitosan
33%
Coal Combustion
30%
Dust
44%
Fossil Fuel
24%
G20
73%
Gas
10%
Hydrolysis
12%
Indicator
17%
Industry
14%
Methanol
12%
Molten Salt
43%
Nitrogen
12%
Organic Carbon
44%
Oxidation Reaction
9%
Photochemical Reaction
18%
Solvent
9%
Teratogenic
5%
Toxic
30%
Transition Element
29%
Water Soluble
15%
Engineering & Materials Science
Aerosols
10%
Air quality
9%
Aliphatic hydrocarbons
5%
Assays
23%
Atoms
41%
Biosensors
24%
Carbon
5%
Catalysis
26%
Catalyst activity
25%
Chitosan
28%
Coal combustion
5%
Dust
41%
Electrodes
15%
Enzymes
46%
Factorization
6%
Glassy carbon
35%
Health
17%
Heating
14%
Hydrolysis
5%
Industrial emissions
69%
Methanol
41%
Molten materials
19%
Organic carbon
13%
Photochemical reactions
7%
Polycyclic aromatic hydrocarbons
57%
Purification
7%
Salts
18%
Toxicity
47%
Water
21%
