3) supply chain contract
供应链契约
1.
Overview of supply chain contract problems driven by customer demand;
顾客需求驱动的供应链契约问题综述
2.
Stochastic Model of Supply Chain Contract under B2B E-Marketplace;
B2B电子市场下的供应链契约随机模型研究
3.
Supply Chain Contract Research Based on Principal-Agent Theory;
基于委托代理的供应链契约研究
4) non-contract supply chain
非契约式供应链
5) flexible supply chain
柔性供应链
1.
The flexible supply chain that was integrated by made-tostock(MTS) and(made-to-)order(MTO) was studied.
面向按库存生产和按订单生产相结合的柔性供应链,将产品零部件分解为通用件和差异件,利用时间Petri网对供应链业务流程进行建模与仿真,分析订单完成量对供应链库存和订单响应时间的影响,确定最佳的产品差异率。
2.
Based on the flexible supply chain structure advanced by Ricardo, this paper renewed its meaning:before the Customer Order Decoupling Point (CODP) , modularization is taken to gain economy of scale; after the CODP, postponement is taken to gain economy of scope.
针对Ricardo提出的柔性供应链结构,赋予其新的涵义:在顾客订单分离点之前,采用模块化技术,以获得规模经济效益;在订单分离点之后,采用延迟生产,以获得范围经济效益。
3.
The supplier selection in the flexible supply chain is discussed under uncertain demand conditions.
在需求不确定的条件下,对柔性供应链上供应商选择问题的研究十分重要。
6) supply chain flexibility
供应链柔性
1.
Research on Supply Chain Flexibility Based on Knowledge;
基于知识的供应链柔性研究
2.
The components and characteristics of supply chain flexibility from such aspects as operations systems, logistics processes, supply network, organizational design and information systems are analyzed in order to improve the customer s satisfaction and the value of the supply chain.
从运营系统、物流过程、供应网络、组织设计和信息系统等5个方面分析供应链柔性组件及其特性,以此促进企业改善顾客满意程度和提升供应链价值。
3.
In this paper we introduce a measure for estimating supply chain flexibility as a function of varying order quantities and varying supply lead-times in order to solve the uncetainty.
本文以供应链有效管理为目标,通过分析合同条款,建立了供应链柔性分析模型,并且根据柔性分析提出了供应商选择模型。
补充资料：链柔性
分子式：
CAS号：
性质：高分子链在绕单键内旋转自由度，内旋转可导致高分子链构象的变化，因为伴随着状态熵增大，自发地趋向于蜷曲状态，这种特性就称为高分子链柔性。显然，高分子链的柔性取决于绕单键内旋转自由度的大小。实际上，高分子链绕单键内旋转是受阻的，实现内旋转需要克服位垒的阻碍。实现内旋转前后异构体所对应的状态位能差决定其实现的几率。后一因素与平衡态柔性有关，前一因素与动态柔性相关。
CAS号：
性质：高分子链在绕单键内旋转自由度，内旋转可导致高分子链构象的变化，因为伴随着状态熵增大，自发地趋向于蜷曲状态，这种特性就称为高分子链柔性。显然，高分子链的柔性取决于绕单键内旋转自由度的大小。实际上，高分子链绕单键内旋转是受阻的，实现内旋转需要克服位垒的阻碍。实现内旋转前后异构体所对应的状态位能差决定其实现的几率。后一因素与平衡态柔性有关，前一因素与动态柔性相关。
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