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Dynamic and network slack-based measure analysis of China's regional energy and air pollution reduction efficiencies
Ying Li
, Yung ho Chiu
, Lihua Wang
, Yu Zhou
,
Tai Yu Lin
企業管理學系
研究成果
:
Article
›
同行評審
38
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引文 斯高帕斯（Scopus）
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Keyphrases
China
100%
CO2 Emissions
100%
Reduction Efficiency
100%
Measurement Analysis
100%
Regional Energy
100%
SO2 Emissions
100%
Air Pollution Reduction
100%
Network Slacks-based Measure
100%
NO2 Emissions
100%
Energy Efficiency
66%
Energy Consumption
66%
Output Variable
66%
Treatment Stage
66%
Environmental Efficiency
66%
Rapid Development
33%
Emission Reduction
33%
Output Energy
33%
Pollution
33%
Economic Development
33%
Effective Metric
33%
Human Health
33%
Pollution Reduction
33%
Policy Implementation
33%
Efficiency Analysis
33%
Second-line Treatment
33%
Qinghai
33%
Environmental Pollution
33%
Hainan
33%
Government Regulation
33%
Production Stage
33%
Need for Improvement
33%
Dynamic Development
33%
Slacks-based Measure
33%
Dynamic Network Slacks-based Measure
33%
Fujian
33%
Staged Treatment
33%
Fixed Energy
33%
Shanghai China
33%
China Energy
33%
Jilin
33%
Chinese Provinces
33%
Guizhou
33%
Xinjiang
33%
Government Governance
33%
Chinese municipalities
33%
Pollution Treatment
33%
Fixed Assets
33%
Shandong
33%
Shaanxi
33%
Implementation Lags
33%
Liaoning
33%
Earth and Planetary Sciences
Air Pollution
100%
Carbon Dioxide
100%
China
100%
Nitrogen Dioxide
100%
Emissions
66%
Energy Consumption
66%
Energy Utilization
66%
Energy Efficiency
66%
Economic development
33%
Human Health
33%
Emission Reduction
33%
Environmental Pollution
33%
Economics, Econometrics and Finance
Emission Reduction
100%
Economic development
100%
Fixed Assets
100%
Engineering
Air Pollution
100%
Energy Efficiency
66%
Human Health
33%
Production Stage
33%