1) water ordering quantity
订水量
1.
On the basis of the actual conditions of water resources collocation in our country,the sub-chain of water resources supply chains of South-to-North Water Transfer is selected as the research object of the article and the water ordering quantity in the lower reaches nodes is taken as a decision-making variable.
文章以南水北调水资源供应链的子链作为研究对象,根据我国目前水资源配置的实际情况,以下游节点提出的订水量作为决策变量,研究并得出了非对称信息条件下水资源供应链的库存集中控制决策模型。
3) order quantity
订单量
1.
To optimize the sale prices and order quantity for deteriorating seasonal products with price and time-dependent demands,the optimization problem of dynamic prices and order quantity for seasonal products under different deteriorating rate is considered.
为了对易腐季节性产品的销售价格和订单量进行最优决策,考虑产品在不同腐损程度的情形下,需求与价格和时间同时相关的一类季节性产品的动态定价和订单量的集成优化问题。
4) ordering amount
订货批量
1.
Aiming at the problems of stock management such as purchasing, manufacturing and distributing in supply chain with the multilevel series system in stock control as its research focus,the paper put forward a method of recursive search,by which the optimum ordering amount and control strategy were deducted.
针对供应链中采购、制造和分销等多阶段库存管理存在的不足,围绕库存控制,以多级系列系统为研究对象,提出了递归搜索法,得出了多级系列系统的最佳订货批量和控制策略。
5) order quantity
订货批量
1.
Decision-making on feed quantity and order quantity in materials management
物料管理中投料批量和订货批量的决策
2.
A model of the multi-period order quantity of two parties in the supply chain(SC) was established,discussing the multi-period order quantity in the two-level SC.
建立了供需双方多周期的最优订货批量模型,讨论了随机需求下两级供应链中供应双方多周期的生产和订货批量问题。
3.
In this paper,by means of continual check of fixed order quantity and fixed order point,we establish a inventory control model in grain logistics system.
采取连续性检查的固定订货量、固定订货点策略,建立粮食库存控制模型,主要解决了两个决策量:粮食的订货点和最佳订货批量。
补充资料：饱和持水量测定
饱和持水量测定
measurement of saturation moisture capacity
匕aohe ehishuiliang eeding饱和持水t测定(measurement of satu-ration moisture eaPaeity)土壤农业水文特性测定项目之一，是测定土壤孔隙完全充满水时的l几壤湿度。饱和持水t所占容积等于土壤总孔隙度，可用来鉴定土壤水分饱和程度和总孔隙度。 测定方法是浸水饱和法。即在欲测地段上，用容重环刀取原状土，取土方法与测定卜壤容重时取_L相同(见土壤容l测定)。把装有未遭破坏土样的环刀称重后，使其有孔底一端(内垫滤纸)朝下，放在盛水的平底磁盘中或充满水的砂层上，使盘内水面与环刀上缘保持一样高，切勿使水面淹没环刀，以免影响空气自土壤孔隙排出，使水不能充满孔隙。经过一定时间后(砂土4一8小时，粘土8一12小时)迅速取出，用盒盖托住称重。然后再放入盘中，继续使水充满孔隙，直至前后两次重量无显著差异为止。为了计算环刀中土体的干土重，必须在同一土层上，另取土样，用称重烘干法测其湿度。用下式计算饱和持水量(占干土重的百分数): 环刀中上样吸水饱和*、、、。_后的含水量吧刊’寸小里一环万币王释的不干甭入川U.式中上样干土重(克)=环刀中的湿土重(克)xl()0100十上样湿度的百分数 此外，通过下式也可计算饱和持水量(占干土重的百分数):饱和持水量二总孔隙度 容重火10()%式中总孔隙度二1一宣重比重(林家栋)
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