1) quality of expansion
扩容质量
3) capacity expansion
容量扩张
1.
On capacity expansion model of transportation problem with distribution center;
一类带配送中心运输问题的容量扩张模型研究
2.
Study on a deterministic inventory problem with capacity expansion;
考虑容量扩张决策的确定性库存问题研究
3.
Hybrid multi-objective genetic approach for solid wastes network capacity expansion problems
废弃物网络系统容量扩张模型及算法
4) Capacity expansion
容量扩充
1.
The network capacity is defined as the value of the maximum s-t flow, and a unified model is introduced for the network capacity expansion with the time and cost constraints.
将网络容量定义为最大s-t流的流量,建立了带有时间和费用双重限制下的网络容量扩充问题模型。
2.
Four special capacity expansion problem of undirected network were discussed and the responsible strongly polynomial algorithm was get.
讨论了无向网络容量扩充的 4种特殊问题 ,给出了相应的强多项式算法 。
3.
It is generalized that one type of constrained maximum cpapcity expansion path problem on networks to a type of constrained capacity expansion problem with setup cost on undirected networks,and a strongly polynomial algorithm is get.
将带约束的最大容量路问题扩展到约束条件含固定费用的无向网络的容量扩充问题 ,并给出了强多项式算法 。
5) expanding capacity
容量扩展
1.
Through analysing of the logic function of expanded priority encorder, this paper puts forward a resolvent method of expanding capacity of priority encorder which is concret and strong in theoretics and in logicality.
通过对扩展后的目标优先编码器逻辑功能的分析,提出了一种具体的、理论性逻辑性强的解决优先编码器容量扩展的方法。
6) enlarged capacity conductors
扩容量导线
1.
Technics,capability and application of the several kinds of enlarged capacity conductors be mentioned in this article,compared with aluminum conductor steel-reinforced,the conductors with greater capacity,higher temperature,lower sag have more predominance.
介绍了几种扩容量导线的生产工艺、性能及其应用,与传统的钢芯铝绞线相比,大容量、耐高温、低弧垂的导线具有更多的优势。
补充资料：血浆扩容剂
血浆扩容剂
是一种用以维持和增加血浆容量的制品。由于急性大量失血，大面积烧伤和烫伤，剧烈呕吐和腹泻等原因，导致循环血量降低，引起低血容量休克时，为了迅速补足血容量，以改善微循环，有时可用人工合成的血浆代用品，即血浆扩容剂。对于这些制品的要求为：①有一定胶体渗透压，可在血管内保持血容量；②排泄较慢，但亦不应在体内持久蓄积；③无抗原性，不引起严重不良反应；④无细菌和致热源污染等。目前常用的有右旋糖酐、羟乙基淀粉、人血白蛋白、氧化聚明胶和聚维酮等。这类制剂多需用生理盐水或5%葡萄糖液溶解，葡萄糖溶液缺乏离子，易使水分子转入细胞内，导致尿量减少，对休克不利，适于不应摄入过多氯化钠患者。
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