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Yu Wang
Research Assistant Professor
,
Department of Civil and Environmental Engineering
https://orcid.org/0000-0002-1809-0492
Phone
27664475
Email
yu.6.wang
polyu.edu
hk
h-index
252
Citations
9
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2020
2024
Research activity per year
Overview
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Research output
(16)
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(6)
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Dive into the research topics where Yu Wang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Keyphrases
Volatile Organic Compounds
61%
Southern China
42%
Pearl River Delta
37%
Ozone Pollution
33%
O3 Formation
32%
Air Quality
25%
Background Atmosphere
21%
O3 Control Strategy
21%
United States
21%
Seoul
21%
Pollution Process
21%
Peroxyacetyl Nitrate
21%
Nanling Mountains
19%
Toluene
19%
Ozone Formation
14%
Air Pollution
14%
Anthropogenic Pollutants
14%
Air Mass
13%
Chemical Processes
13%
Nitrate Formation
13%
Nanling
12%
Radical Chemistry
12%
Megacity
12%
Typhoon
12%
Photochemical Ozone
12%
Atmospheric Chemistry
12%
Control Strategy
12%
Solvent Usage
12%
Mountainous Areas
11%
Nitrate Photochemistry
11%
Formation Mechanism
11%
O3 Pollution
11%
China
10%
Asian Monsoon
10%
Toluene Oxidation
10%
Provincial Capital Cities
10%
National Holidays
10%
Chinese National Day
10%
Ozone Production Sensitivity
10%
Lanzhou
10%
Optimization Model
10%
VOC Source Apportionment
10%
Southwestern China
10%
Formic Acid
10%
Organic Acids
10%
Guangdong China
10%
Adaptive Optimization
10%
Regional Background Site
10%
Gas Phase
10%
Photochemistry
10%
Earth and Planetary Sciences
Volatile Organic Compound
100%
China
76%
Air Quality
30%
Photochemical Reaction
28%
Megacity
23%
Air Masses
21%
Korea
21%
United States
21%
Air Pollution
16%
Atmospherics
16%
Emissions
15%
O3 Pollution
14%
Formation Mechanism
13%
Troposphere
12%
Source Apportionment
12%
Cyclones
12%
Anthropogenic Source
11%
Tibetan Plateau
10%
Capital City
10%
Coastal Region
10%
Vapor Phase
10%
Air Pollutant
10%
Long-Term Trend
10%
Annual Variation
10%
Organic Acid
10%
Photochemical Box Model
10%
Nitrogen Dioxide
8%
Ethylene
7%
Positive Matrix Factorisation
7%
Liquefied Petroleum Gas
6%
Atmospheric Oxidation Capacity
6%
Climate Change
6%
Industrial Emission
5%
Positive Matrix Factorization Model
5%
Solar Radiation
5%
Alkane
5%
Emission Reduction
5%
Chemical Process
5%
Control Measure
5%
Chemical Reaction
5%
Spatiotemporal Distribution
5%
