回收物流系统

结合实际的应用背景，分别建立了城市生活垃圾（MunicipalSolidWaste，MSW）回收物流系统、扩建的MSW回收物流系统和废旧家电回收物流系统LRIP问题的数学模型。

With the actual application background , there were also established the mathematical models of municipal solid waste ( MSW ) recycle logistics system , expanded MSW recycle logistics system and waste appliances recycle logistics system LRIP , respectively .

另外，基于相同的算例，对比分析了CMI与非CMI方式下LRIP的优化结果，表明基于CMI方式可以显著优化废旧轮胎回收物流系统，从而提高废旧轮胎回收的效率和效益。

In addition , based on the same parameter value , compared and analyzed the LRIP optimization results under CMI and non-CMI , indicating that CMI-based approach can significantly optimize the waste tire recycling logistics system , and improve the effectiveness and efficiency of waste tires recycling .

秸秆回收物流系统构建及增值效益研究

Study on the Construction and Value-added Benefits of Straw Recycling Logistics System

最后结合海淀区生活垃圾回收物流系统的实际情况，采用所建立的绩效评价指标体系进行绩效评价，根据得出的结果对海淀区垃圾回收物流系统提出建议和改进措施。

Finally , based on the actual situation of the waste recovery logistics system in Haidian District , this paper does performance evaluation using above performance evaluation index system and making proposals on the waste recovery logistics system in Haidian District according to the results .

基于Voronoi图的家电回收逆向物流系统的研究

Research on Reverse Logistics System of Family Appliance recycling Based on Voronoi Diagrams

工业企业物流系统由生产物流、供应物流、销售物流及回收废弃物流等子系统组成。

Industrial enterprise logistics system makes up by the subsystem of production logistics , logistics of supplying , sell logistics , retrieve and discard logistics .

家电产品回收体系与逆向物流系统模型的研究

Research on Recycling Household Appliances System and Reverse Logistics System Model

这一阶段的主要任务是满足生产制造部门、营销部门、采供部门及回收部门对生产物流系统的个性化需求。

At this stage , it is the major tasks to meet the individualized needs of some departments , such as production department , marketing department , purchasing department and recycling department .

本文分析了废钢铁的特点，然后将逆向物流理论应用到钢铁工业中废钢回收过程中，并建立了一个钢铁回收的逆向物流系统框架。

This paper analysis the characteristics of scrap steel , then a reverse logistics network planning for the recycling of scrap steel is established to apply the reverse logistics theory in the steel and iron industry .