2) the recycling network system model
回收网络体系模型
4) recovery system
回收体系
1.
Study on recovery system of waste electronic and electric equipment in China;
我国废弃电子电器产品的回收体系研究
2.
In order to improve the solution of key link of one shot battery recovery system, a questionnaire was done among the undergraduates in a campus to investigate the existing problem for the recovery.
如何从分散的大量用户手中回收一次性废电池是目前一次性废电池回收体系构建中的关键环节。
3.
And with the extended producer responsibility,the establishment of recovery system of waste electronic and electric equipment was studied from the point of view of laws,management,company,charge,etc.
介绍了废弃电子电气产品的回收处理现状,结合生产者责任延伸制度,从法律、管理、企业、收费等方面探讨了在我国废弃电子电气产品回收体系的建设,并提出了建议。
5) Recycling System
回收体系
1.
Report for Tianjin Federation of Supply and Marketing Cooperatives construct resources recycling system
天津市供销社再生资源回收体系建设纪实
2.
In view of the existing recycling system of WEEE in China and based on the systematical analysis of its source,recycling channel and destination of WEEE,the base and the ideas of how to construct a standardized recycling system is put forward according to‘the Regulation on Take-back and Disposal of Waste Home Appliance (Draft for Comment)’.
针对我国现有的废旧家电回收体系,在对废旧家电的来源、回收渠道及去向进行系统分析的基础上,根据《废旧家电及电子产品回收处理管理条例》(征求意见稿)的要求,提出了构建规范化废旧家电回收体系的依据及思路。
3.
Individual recovery of residence districts,the recycling systems of recovery enterprises,and the portion of packaging waste in the landfill were also investigated.
将包装废物产生量、回收量与最终处置量相比较的结果可以看出,现有回收体系对于部分包装废物回收效果较好,例如包装废物中PET聚酯瓶和金属罐的回收效果最好;而没有经济利益的塑料袋几乎完全没有得到回收再生,是回收工作的难点。
6) Recycle system
回收体系
1.
However,there are some defects in the draft such as the general division of responsibility,the imperfect recycle system,the lack of necessary measures and the incomplete legal responsibilit.
生产者责任延伸制度是发展循环经济的重要制度之一,《循环经济法(草案)》对以生产者为主的延伸责任作了规定,对废物的回收、处理责任作了划分,对法律责任作了规定,但责任划分笼统、回收体系不健全、配套措施匮乏以及法律责任规定不全面。
补充资料：OSI网络体系结构
OSI网络体系结构
OSI(open systems interconnection) network architecture
┌─────┐ │应用层 │ ┌─────┐│ ├─────────────────┤应用层 │├─────┤表示层协议 │ ││表示层 │ ├─────┤│ ├─────────────────┤表示层 │├─────┤会话层协议 │ ││会话层 │ ├─────┤│ ├─────────────────┤会话层 │├─────┤运箱层协议 │ ││运翰层 │ ├─────┤│ ├─────────────────┤运抽层 │├─────┤ │ ││网络层 │ ├─────┤│ │ ┌────┐ │网络层 ││ ├──────┤通信子网│ │ ││ │’链路层协议│ ├─────┤ │├─────┤ │ │链路层协议│ ││数据链路层│ │ │ ├─────┤│ ├──────┤ │ │数据链路层││ │’物理层协议│ ├─────┤ │├─────┤ │ │物理层协议│ ││物理层 │ │ │ ├─────┤│ ├──────┤ │ │物理层 ││ │ │ ├─────┤ │└─────┘ │ │ │ │ └────┘ └─────┘图1(〕51网络体系结构的示意图051 wangluo tixi]iegou051网络体系结构(051(op吧n syst~inter·加nnection)networka代hitecture)由国际标准化组织(I义))提出和定义的计算机网络的分层、各层协议和层间接口的集合。C61网络体系结构的模型又称为051参考模型(()51/RM)。 051/RM于1977年被I岌〕的信息技术委员会TC97提出以后，TC97又分别为051/RM各层制定了协议标准，从而使051网络体系结构更为完善。图1给出了含通信子网的(万I网络体系结构的示意图。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条