回收逆向物流

回收逆向物流回收逆向物流
  1. 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

  2. 最后,借助JACK仿真软件,对SDN企业回收逆向物流资源的整合进行了仿真。

    Lastly , simulates the integration of SDN enterprise recovery reverse logistics resources by using JACK software .

  3. 其次,抽象出了SDN企业回收逆向物流资源整合所需的七类Agent,并对它们进行了设计。

    Secondly , abstracts seven categories of agent in the integration of SDN enterprise recovery reverse logistics resources , and designs them .

  4. 首先在对无EPR与有EPR时EOL产品不同流向刻画的基础上,提出了企业在EPR制度下,实施回收逆向物流的两种不同回收体系:专用和共用回收体系。

    Based on the depict of different flow direction of the end-of-life product under EPR and non EPR , we put forward two different reclaim system : the tied and pooled reclaim system .

  5. 生产者责任延伸制下的企业回收逆向物流研究

    A Study on Reverse Logistics with the Restriction of Extended Producer Responsibility

  6. 回收逆向物流存在的问题和应对策略

    Recycling reversion physical distribution existence question and dealing with strategy

  7. 我国包装废弃物回收逆向物流模型的建立

    Building Reverse Logistics Model of Packaging Wastes in Our Country

  8. 满足服务时间条件下产品回收逆向物流网络模型

    Reverse Logistics Network Model of Product Returns Under Service Time

  9. 然而,很多企业在实施回收逆向物流的过程中,主要是局限于应用自身的回收逆向物流资源。

    However , many enterprises mostly confine to apply own recovery reverse logistics resources .

  10. 从实证分析的结果得出回收逆向物流的环境外部经济性显著的结论。

    From the empirical analysis result , it can come to the conclusion that the environment external economic of recovery reverse logistics is significant .

  11. 在此基础上,本文根据回收逆向物流环境外部性的两个方面,选取可量化的评价指标,构建出回收逆向物流的环境外部性评价指标体系。

    Based on the two aspects of environmental externality , this paper selects the evaluation indexes and then constructs the environmental externality evaluation index system of recovery reverse logistics .

  12. 最后以北京市纸塑铝复合包装回收逆向物流为例,运用所构建的评价体系,对其产生的环境外部性进行实证分析。

    Finally this paper uses paper-plastic-aluminum composite packaging recovery reverse logistics in Beijing as an example , and estimates the environmental externality of it by the constructed evaluation index system .

  13. 因此本文模拟某台资大型电子产品代工企业作为研究对象,通过一个案例来验证该评价体系在废弃物回收逆向物流管理方法决策中的可行性和有效性。

    Therefore , this simulation of a Taiwan-funded enterprises as large electronics contract study , a case study to verify that the evaluation system in reverse logistics management waste recycling feasibility and effectiveness of decision-making .

  14. 然而,大多数企业在实施回收逆向物流时和进行回收逆向物流决策时,仅考虑回收逆向物流所带来的回收效益,却很少关注回收逆向物流带来的环保效益。

    However , when enterprises implement recovery reverse logistics activities and make recovery reverse logistics decisions , most of them only consider the recovery efficiency the recovery reverse logistics brought , and pay little attention to its environmental benefits .

  15. 这虽然可以独自完成回收逆向物流任务,但这种只关注企业内部回收逆向物流资源应用的做法,会造成大量外部社会资源没有得到充分利用,如运输资源、仓储资源、分拣资源等。

    They can complete the recovery reverse logistics tasks by themselves . But it will make lots of external social resources , such as transportation resources , storage resources , sorting source and so on , not to be used fully .

  16. 此外,回收逆向物流的实施有助于降低企业成本、提高企业竞争优势;同时还可以减少废弃产品对环境的污染,实现资源的循环利用。

    In addition , the implementation of the reverse logistics helps the enterprise to reduce the production cost and to improve competitive advantage . At the same time , it also can reduce the waste products and pollution to the environment , and realize the new use of resources .

  17. 基于家电回收的逆向物流网络模型研究

    Research on the Model of Reverse Logistic Networks Based on Recycling Electrical Appliances

  18. 本论文的主要研究包括以下三个主要部分:首先针对一个回收的逆向物流网络来说,包括消费区域、回收分拆中心和再制造工厂等几部分。

    There are three main parts in this study as following . First , a reverse logistic network includes customer locations , recovery and dismantling center and factory .

  19. 本文旨在逆向物流及闭环供应链理论研究基础上,立足于电子行业,尝试着构建一个废旧电子产品回收的逆向物流网络体系。

    It focuses on the electronics industry tries to construct a waste electronic products reverse logistics system bases on the theory of closed loop supply chain and reverse logistics .

  20. 在分析产品回收处理逆向物流链的基础上,借助于拆卸树考虑产品分拆程度,以度量产品的拆卸成本;

    On the foundation of analyzing the reverse logistics chain of product recovery processing , the disassembling degree should be taken into account recurring to its disassembly tree in order to measure the disassembling cost .

  21. 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

  22. 因此,越来越多的企业开始对自己所生产的产品进行回收,由此逆向物流也越来越受到各界的重视。

    Therefore , more and more enterprises begin to recycle the products that they produced .

  23. 废旧产品回收再造是逆向物流及闭环供应链管理中的典型活动,其定价策略是决定回收再造能否成功的关键因素。

    Recycling of waste products is a typical activity in reverse logistic and closed-loop supply chain management . Its pricing strategy is a key factor to determine the recovery and recycling successful or not .

  24. 闭环供应链是随着人们认识和研究的深入而提出的,其基本含义是在传统正向供应链的基础上整合产品回收过程的逆向物流,以此而形成闭环形式。

    With the depth of understanding and researching , the concept of closed-loop supply chain is put forward . The basic meaning of closed-loop supply chain is to integrate product recovery process of reverse logistics based on the traditional supply chain .

  25. 考虑回收定价的随机逆向物流系统优化研究

    The Optimization of Stochastic Reverse Logistics System with Core Collection Pricing

  26. 产品回收网络设计是逆向物流的一个重要研究方向。

    The design of product recovery network is an important research direction of reverse logistics .

  27. 第五章是在第四章基础上,探讨回收产品存在第二次回收时的逆向物流库存控制模型。

    Chapter V explore the inventory control model when the product exist two reverse logistics .

  28. 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 .

  29. 报废汽车回收企业绩效评价技术有利于正确判断企业的经营管理状况,完善和提高逆向物流的管理水平,提高报废汽车回收企业逆向物流的运作效率和整体效益。

    Performance evaluation technique is beneficial to measure the enterprise management and to enhance the reverse logistics management , and to improve operation efficiency and the overall efficiency of reverse logistics .