Toni Coleman, MSW is a licensed psychotherapist and relationship coach with over 20 years of experience.
作者Toni Coleman，社会工作硕士，是有20年经验的心理治疗师和人际关系训练师。
In 2008, about 12.7 percent of the total municipal solid waste (MSW) generated in America was food scraps.
2008年，美国的食物残渣约占其城市固体废物(MSW)总量的12.7%。
The actualities of municipal solid waste (MSW) are discussed.
论述了城市垃圾问题的现状。
Bentonite and GCL are widely used in barrier systems of MSW landfill.
膨润土及其产品GCL正广泛应用于城市垃圾填埋场的防渗系统中。
Plastic and rubber are the main ingredients of Municipal solid waste (MSW).
塑料和橡胶类的废弃物是城市垃圾的重要组成。
Sanitary landfill is one of MSW disposal in the present and the future of China.
卫生填埋是目前及今后相当长的时期内我国城市生活垃圾（MSW）处理的主要方式。
Recent years, the management for MSW is the hot topic of geo-environmental engineering.
近几年来，城市生活垃圾的处理一直是环境岩土工程的热门课题。
Study on the fundamental combustion characteristics of typical combustible components of MSW.
垃圾典型组分燃烧基本特性的研究。
The high compressive property of MSW makes the influence of the initial void ratio insignificant.
由于MSW的高压缩性，初始孔隙比不同对试样的动力特性影响不大。
Settlement of Municipal Solid Waste (MSW) might influence directly the safety of sanitary landfill.
城市生活固体废弃物(msw)的沉降直接影响着卫生填埋场的安全。
Land filling is one of the most economical and efficient ways to treat Municipal Solid Waste (MSW).
填埋法是处理城市固体垃圾(MSW)最经济和有效的方法之一。
Because of the high compressible property of MSW, the influence of initial void ratio is very little.
由于MSW的高压缩性，初始孔隙比不同对试样的动力特性影响不大。
The settlement of MSW landfill is a principal Geotechnical Engineering problem of sanitary landfilling.
生活垃圾卫生填埋场的沉降是目前卫生填埋法所涉及的主要的岩土工程问题之一。
The site selection, design and the construction of Yizheng Qingshan MSW Sanitary Landfill site were introduced.
介绍了仪征市青山垃圾卫生填埋场工程的选址、主要工程设计和建设情况。
The volume of Municipal Solid Wastes (MSW) of our country is increasing and its composition is also changing constantly.
我国城市生活垃圾的数量在不断增加，成分也在不断变化。
It's necessary to study composting conditions and kinetics for enhancement composting rate of municipal solid waste (MSW).
为了改善堆肥微环境，提高生活垃圾堆肥速率，研究堆肥工艺条件及其反应动力学是非常必要的。
The component of MSW was analyzed, and the necessity of separating plastic and recycling plastic from the MSW was expatiated.
分析了我国城市生活垃圾的组成成分，阐述了对我国城市生活垃圾中的废旧塑料进行分选和资源化利用的必要性。
In chapter 4, we discuss the resonance enhancement mechanism (MSW effect) which happens when neutrino propagates inside the Sun.
在第4章中，我们介绍了中微子穿越太阳内部的共振加强效应(MSW效应)。
Sources of trace metals, and characteristics of transfer and conversion of trace metals in the process of MSW landfill were studied.
本文对垃圾中微量金属的来源、微量金属在填埋过程中的迁移和转变特性等方面进行了研究。
In the present study, a down-draft gasifier is applied to treat municipal solid waste (MSW) in Guangzhou City through air gasification.
使用下吸式气化炉对广州城市生活垃圾进行了空气气化实验，并对燃气成分、焦油含量和灰渣重金属含量进行了分析。
Research methods combining quantitative and qualitative analysis are adopted, and LCA is used for a systematic study on MSW management.
本论文采用定量分析与定性分析相结合的研究方法，主要根据生命周期评价结果对城市生活垃圾管理进行系统研究。
The results show that MSW have high content of volatiles and low heat value, and the heat value of MSW is much lower than that of coal.
研究表明，城市生活垃圾热值较低，但挥发分较高，其热值远低于燃煤。
The influence of leachate on the settlement of Municipal Solid Wastes (MSW) is studied according to the laboratory test designed by author.
依据作者设计的试验，研究了淋滤液在淋滤过程中对城市生活固体废弃物(MSW)沉降变形的影响。
However, almost all of the components of MSW contain some quantity of the heavy metals, which are categorized as toxic at certain concentrations.
然而几乎所有的城市固体废弃物都包含一定量的重金属元素，这些元素在某些浓度时是有毒的。
A method, combination of grey-system theory with multivariate regression linear analysis, was used to predict the output of municipal solid waste (MSW).
将灰色系统理论与多元线性回归分析方法相结合，是研究城市生活垃圾产量预测的一种改进方法。
As a result of low heating value and unsteady component, ignition and combustion of Municipal Solid Waste (MSW) are difficult using conventional methods.
我国城市垃圾有热值低、成分不稳定等特点，因而按常规方法不易点火和稳定燃烧。
According to the engineering design practice, some discussions on safe landfill site design technology of MSW fly ash and principle had been carried out.
结合工程设计实践，探讨了飞灰安全填埋场的设计技术和设计原则。
Scenic Study: an exploratory visit to Laogang MSW landfill of Shanghai, Asia's largest and most advanced technological Municiple Solid Waste landfill site.
现场考察：参观目前亚洲最大、技术最先进的生活垃圾卫生填埋场——上海老港填埋场。
Scenic Study: an exploratory visit to Laogang MSW landfill of Shanghai, Asia's largest and most advanced technological Municiple Solid Waste landfill site.
现场考察：参观目前亚洲最大、技术最先进的生活垃圾卫生填埋场——上海老港填埋场。
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