1.
Case Study of Household Biogas Pits CDM Project in Rural Areas;
农村户用沼气池CDM项目案例研究
2.
A Study on the Countermeasures to the Development of Firedamp in the Rural Area of Weifang
潍坊地区农村户用沼气发展对策研究
3.
Greenhouse gas emission reduction potential of rural household biogas CDM project
农村户用沼气CDM项目温室气体减排潜力
4.
Popularization and Utilization of Bio-gas Digesters of Peasant Households in Henan;
河南省农村户用沼气池推广使用调查研究
5.
Study of the Benefits to Energy, Economic and Environment of Household Biogas Digesters in Rural Areas;
农村户用沼气池建设的能源、经济、环境效益研究
6.
Analysis on the Influenced Factors of Rural Biogas Development in Shanxi;
陕西农村户用沼气发展的影响因素分析
7.
INDEX SYSTEM TO ENVIRONMENTAL IMPACT OF FAMILY-USED AND APPRAISING IN THE COUNTRYSIDE;
农村户用沼气对环境影响的指标体系与评价
8.
On Sustainable Development of the Rural Marsh Gas Construction in China;
我国农村户用沼气建设可持续发展思考
9.
Research on the Mechanism of Domestic Household Sustainable Methane Utility;
我国农村户用沼气可持续发展的机制研究
10.
The Optimization of Rural Biogas Fermentation Parameters and Evaluation of Its Residuals
农村户用沼气发酵工艺的优选及其残余物评价
11.
Rural Household Biogas Develoing Trends in Economically Developed Areas
经济发达地区农村户用沼气发展趋向研究
12.
Analysis on Developmental Predicaments of Rural Household Biogas and the Countermeasures in Jilin Province
吉林省农村户用沼气的发展困境与对策分析
13.
Spatial Disparities of Rural Household Biogas Development in China
中国农村户用沼气发展的空间分异格局
14.
Estimation of Resource Extent of Dominant Feedstock for Household Biogas in Rural Areas of China
中国农村户用沼气主要发酵原料资源量的估算
15.
Research on Regional Suitability Evaluation Index System and Application of Household Biogas;
农村户用沼气区域适宜性评价指标体系与应用研究
16.
Analyse on Microbial Community Structure of Rural Household Biogas Digesters by the Molecular Methods;
农村户用沼气池发酵微生物群落结构的分子解析
17.
Evaluation on regional suitability of household biogas in the Loess Plateau in North Shaanxi Province-A case study of Yan an City;
陕北黄土高原农村户用沼气区域适宜性评价——以延安市为例
18.
Contribution to reduction of CO_2 and SO_2 emission by household biogas construction in rural China: analysis and prediction;
中国农村户用沼气工程建设对减排CO_2、SO_2的贡献——分析与预测