1) deteriorating rate
变质率
1.
The influence of shortage rate and deteriorating rate on total cost are also discussed by sensitivity analysis.
5求出了其最优解,并通过灵敏度分析讨论了缺货率和供应链各级产品变质率对总成本的影响。
2.
A numerical example is provided to illustrate the relationship of changes between the deteriorating rate and total supply chain cost.
考虑了一个在连续需求下的易变质物品的多阶段最优订货库存模型,并从供应商、制造商和零售商的全局出发得到一个最优总成本,并结合算例加以说明变质率与供应链总成本的变化关系。
2) deterioration rate
变质率
1.
We establish the production-inventory model of time varying production,demand,deterioration and loss rates under the assumption that(i) deterioration rate depends linearly on the time and start point of inventory;(ii) lost rate depends linearly on the time and end point of backlogging.
建立了生产率、需求率、变质率及损失率均随时间变化的生产库存模型,在假定了(I)变质率线性依赖于时间及库存开始点;(II)损失率线性依赖于时间及短缺量拖后供货的结束点的前提下,给出了寻求最优策略的方法,指出了文[10]中不合理的假设,并以实际的例子与已有结果作比较,其结果为生产管理部门的决策提供了理论依据。
2.
Thus, based on the paper (published in Computer & Industrial Engineering, 36, 219—225, 1999) by Wee, this paper proposes a programming model in which varying deterioration rate and initial inventory levels are involved according to MRP characteristics.
针对现有的MRP(materialrequirementplanning)订货方法对变质率的问题考虑较少,本文从MRP订货特点出发,在Wee论文(发展于Computer&IndustrialEngineering,36,219—225,1999)的基础上,考虑初始库存和各期变质率变化,给出一个最优订货策略的规划模型和对应的启发式算法。
3) the rates of deterioration
变质率
1.
Of the red mature fruits of 12 tomato breeding lines,the analysis of multi-factor experiment from cross design including 3 factors was applied to study the components of the rates of deterioration investigated through 21 days preservation,in condition of 4 treatment combinations of 2 environmental factors(temperature and cold injury).
本文采用3因子交叉试验设计对12个番茄育种品系红熟果实在2个环境因子(温度和冷害)4处理条件下贮藏21 d的变质率进行剖析,结果表明:总体情况,最适温(t=11~13℃)贮藏在受到冷害和无冷害情况下的变质率均低于常温(t=17~25℃)下的两个处理的变质率。
4) mass variation
质量变化率
1.
Relationship between mass variation and residual strength change with temperature on 3D C/SiC composites in oxidizing atmosphere;
高温氧化气氛下3D C/SiC质量变化率与剩余强度的相关性
5) rate of mass change
质量变化速率
6) Quantitative change of the probability distribution
概率分布质变
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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