The process of burning in incinerator is a coupling non-linearity, multi in-out system, traditional automation of burning process is difficult to stabilize the combustion of MSW.
焚烧炉的燃烧过程是强耦合的多输入多输出非线性系统，传统的燃烧过程自动控制难以实现垃圾稳定焚烧的要求。
Due to the various characteristics of MSW and different methods of disposal, a uniform system cannot meet the needs to dispose MSW but cause unnecessary waste of resources.
由于垃圾的特性多变以及处理方式的不同，统一的处理系统不仅难以达到处理垃圾的要求，而且可能造成不必要的浪费。
Parts transfer equation, parts transfer matrix and system characteristic equation are established and fast calculation problem for natural vibration characteristic of MSW is solved .
建立了金属风暴武器部件传递方程和传递矩阵、系统特征方程，解决了振动特性快速计算难题；
As an integral part of the municipal solid waste (MSW) integrated management system, the location of waste treatment facility occupies an important position.
作为城市生活垃圾综合管理系统的一个组成部分，垃圾处理设施的选址占据着重要位置。
The above advantages of wet degradation technology create conditions for integrating other technologies and constructing "BPY MSW disposal and utilization integrated system".
湿解技术的上述优点，为集成其它技术、构建BPY垃圾综合处理系统创造了条件。
Municipal Solid Waste (MSW) transfer system is divided into two levels-city central area and suburb towns, and study is carried out on the mathematical models of transfer station layout that is built.
本文根据我国城镇的特点，将城镇垃圾转运系统分为中心城区和郊镇两个层次，分别对建立转运站布局设置的数学模型进行研究，并结合实例进行了系统论证。
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。
This text designed system dynamics model of MSW based on source reduction according to theory of planned behavior.
文章根据计划行为理论，使用系统动力学的方法，设计了考虑源头减量的城市生活垃圾管理的系统动力学模型。
Due to the increasing amount of municipal solid waste (MSW) generation and the insufficient waste treatment capacity in Beijing, MSW management system is facing the trend of reducing and recycling.
目前北京市生活垃圾产生量不断增加，处理设施能力日渐不足，生活垃圾管理正面临着减量化与资源化必然趋势。
Due to the increasing amount of municipal solid waste (MSW) generation and the insufficient waste treatment capacity in Beijing, MSW management system is facing the trend of reducing and recycling.
目前北京市生活垃圾产生量不断增加，处理设施能力日渐不足，生活垃圾管理正面临着减量化与资源化必然趋势。
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