本文探讨基于ICT的逆向物流研究。
逆向物流属于一个新的领域。
本文研究的主题就是逆向物流渠道模式及其管理。
The theme of this paper is to research on channel and management method of enterprise reverse logistics.
本文主要论述了汽车零部件逆向物流成因及意义。
This paper analyzes the composition effect, and significance of the automobile parts reverse logistics.
最后，还对废旧家电逆向物流系统规划进行了论述。
At last, we also discuss the system planning of reverse logistics of disused household appliance.
本文基于上述背景，就我国汽车逆向物流作出探讨。
This paper based on the background above studies the automobile reverse logistics.
近几年来，在中国，逆向物流也引起了越来越多的关注。
In the recent few years, reverse logistics has also aroused more and more interest in China.
这些方法包括绿色采购、绿色制造、绿色营销和逆向物流。
The method contains green purchase, green manufacture, green marketing and reverse logistics.
逆向物流管理及战略决策对我国企业具有非常重要的意义。
So management and strategic decision of the reverse logistics is of far-reach significance to our enterprises.
第三方逆向物流服务商的选择问题是企业面临的实际问题。
The preference of third party reverse logistics provider is a practical problem that confronts many enterprises now.
企业逆向物流是以企业经营为核心的逆向物流活动的总称。
All of the reverse logistics activities to guarantee enterprise operation is called enterprise reverse logistics.
随着人们环保意识的增强，逆向物流也逐步受到企业的重视。
With the enhancement of environmental awareness among people , the reverse logistics has gradually been paid attention to by enterprises.
本文针对逆向物流管理信息系统设计及实现的问题进行探讨。
The design and realization method of reverse logistics management information system is also put forward.
废旧电器的逆向物流系统规划是废旧电器回收和处理的重要方面。
The essential aspect of the recovery and disposition of waste electrical appliance is the reverse logistics system planning.
逆向物流在物流研究中是一个比较新的领域，一直有环保物流的声誉。
The reverse logistics is a new area in logistics field and has a reputation for green logistics.
本文对于企业建立电子逆向物流系统、提高客户满意度有一定的帮助。
This paper help to establish electronic reverse logistics system and increase customer 's satisfactory degree.
本文主要研究逆向物流系统构建中的一个重要方面：网络设计与优化。
The paper focuses on one of the main aspects in the construction of reverse logistics system: network design and optimization.
产品回收网络的设计是逆向物流管理中一个很现实且具有挑战性的问题。
While the design of product recovery networks is one of the challenging and actual reverse logistics problems.
从整个供应链的角度来看，完整的物流系统应包括正向物流和逆向物流。
From the Angle of whole supply chain, logistics and reverse logistics should be included in the intergrated logistics system.
结果与结论我国可通过建立医药逆向物流系统来保障药品召回的有效实施。
Results and Conclusions Our country can develop the recall of drug by right of the system of the pharmaceutical reverse logistics.
简析了当前出版物的物流网络结构，就此提出出版物逆向物流的改进方法。
The current publications of the logistics network structure are analyzed and the improving method of reverse logistics publications is proposed.
逆向物流凭借着其重大的经济社会价值，成为了企业物流战略的重要组成部分。
Because of the great value in economy and society, reverse logistics has been a part of the companies' strategies.
阐述了逆向物流的基本概念，在此基础上研究了逆向物流的基本业务处理流程。
The basic concept of reverse logistics was described in this paper. Furthermore, the basic process of business disposal of reverse logistics was studied.
在一个供应商与一个零售商组成的供应链中，讨论了逆向物流中的无缺陷退货问题。
We consider a supply chain consisting of a supplier and a retailer, and the problem of reducing false failure returns in the reverse logistics is discussed.
本文分析了逆向物流的内涵和战略价值，并结合实际运作中的困难提出了管理对策。
This essay analyses the connotation and strategic value of converse logistics. It presents managerial countermeasures against the difficulties in practical operation.
逆向物流；服务品质；PZB服务品质模式； 品质机能展开；网路层级分析法。
Reverse Logistics; Service Quality; PZB Service Quality Model; Quality Function Deployment; Analytic Network Process.
物流服务范围很广，可分为采购物流、生产物流、销售物流、商业物流和逆向物流等等。
However, the scope of logistics is very broad, including procurement logistics, manufacture logistics, sales logistics, commerce logistics and reverse logistics.
逆向物流绿色化是充分节约和利用资源与能源，保护生态环境、提高经济效益的重要途径。
The environment of reverse logistics is a great way to save and use resources and energy fully, protect environment and increase economic benefit.
逆向物流绿色化是充分节约和利用资源与能源，保护生态环境、提高经济效益的重要途径。
The environment of reverse logistics is a great way to save and use resources and energy fully, protect environment and increase economic benefit.
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