1.
A study on the relationship between the shear strength of municipal solid waste and the fill age
城市生活垃圾抗剪强度与填埋龄期关系的试验研究
2.
Application of Cowl in Semi-aerobic Landfill and Its Influence in Initial Stage
风帽在准好氧填埋的应用及对填埋初期的影响
3.
Water Quality of Leachate from Simulated Quasi-aerobic Landfill during Filling Period
填埋期模拟准好氧填埋场的渗滤液水质特征
4.
Study on Electrochemical Treatment for Simulated Semi-Aerobic Landfill Leachate;
模拟准好氧型填埋场老龄垃圾渗滤液电化学处理研究
5.
Study on "Ammonia Stripping+SBR" Technology Treating the Leachate of Senile Landfill;
老龄垃圾填埋厂渗滤液的“氨吹脱+SBR”处理技术研究
6.
Main Points in Preliminary Work of Landfilling Construction;
垃圾填埋场建设前期工作重点问题分析
7.
Study on the stability of landfill under the different repetition period of rainfall
不同降雨重现期垃圾填埋场稳定性研究
8.
Perioperative respiratory care for elderly patients with thoracic surgery at night
胸外科高龄病人围手术期夜间呼吸道护埋
9.
The1 st phase of the Xikengwei Refuse Landfill Site is to be started within the coming days and will cover a7 to8 hectare land plot with an effective landfill capacity of145 million cubic meters.
将于近日全面动工的西坑尾垃圾填埋场,一期工程占地七到八公顷,有效填埋库容145万立方米。
10.
Research on Water Quality Characteristics and Catalytic Ozonation Treatment of Landfill Leachate During Anaphase;
垃圾填埋后期渗滤液的水质特征及其催化臭氧化处理研究
11.
Combination of Biochemical and Physico-Chemical Technology Research for Different Periods of Landfill Leachate Treatment
不同填埋期垃圾渗滤液生化—物化组合处理技术研究
12.
Study on Whole-life Cycle Evaluation System for Sanitary Landfill of Living Garbage
生活垃圾卫生填埋技术全生命周期评价体系研究
13.
Study on inhibitory effects toward leachate at the initial stage of loading barrier landfill method for domestic waste
生活垃圾加载介质层填埋法对初期渗滤液污染抑制效果研究
14.
redevelopment of landfill sites
垃圾填埋地的重新整修
15.
Practice on Gas-to-electricity in New Landfill;
新建垃圾填埋场填埋气体发电利用规划及实践
16.
Overview of Landfill Gas Generation Models
生活垃圾填埋场填埋气产生量估算模型
17.
Comprehensive utilization of landfill gas in Da'ao refuse landfill in Ningbo
宁波大岙垃圾卫生填埋场填埋气的综合利用
18.
Since the last glaciation, with variations in sea level, the development of incised valleys in the Hangzhou Bay area underwent three stages: 1) deep-cutting stage; 2) rapid-filling stage; and 3) rapid-burial stage.
末次冰期以来，随着海平面变化，杭州湾地区下切河谷演化经历了深切、快速充填和埋藏三个阶段。