The Energy Structure to Change the Influence of Lanzhou Winter Atmospheric Environment

Jian Zhang; Man Li Wang; Ning Zhang

doi:10.4028/www.scientific.net/AMR.347-353.1391

Paper Titles

Synthesis of Polyphenylene Sulfide-Intercalated Layered Manganese Oxide Nanocomposite as Electrode Material for Electrochemical Capacitor
p.1374

The Temperature Stratification Measurement of the Large Space
p.1378

The Research on Cascade Reservoirs Optimal Operation Coupling with Latin Hypercube Random Simulation Method
p.1383

The Life Cycle Routes for the Green Residential Buildings in China’s Low-Carbon City Background
p.1387

The Energy Structure to Change the Influence of Lanzhou Winter Atmospheric Environment
p.1391

Study on the Storage Performance of Manganese Spinel Battery
p.1395

The Pilot Study on Domestic Wastewater Treatment by Contact Oxidation Process
p.1399

Study on the Restoration of Eutrophic Landscape Water by Microbe-Technology
p.1405

The Comparative Study of Complete Characteristic Curves of Pump’s Numerical Method
p.1411

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The Energy Structure to Change the Influence of Lanzhou Winter Atmospheric Environment

Abstract:

This article through researches in Lanzhou city of atmospheric aerosol water-soluble ion concentration change, air quality annual changes and the changes in the structure of Lanzhou city energy situation and put forward the solution and improve the urban air pollution approach. It provides a scientific basis for urban comprehensive development and pollution prevention.