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- A Genetic Algorithm for Manufacturing Cell Formation with Multiple Routes 基于多条工艺路线单元构建的遗传算法
- manufacturing cell formation 制造单元构建
- LL B-Complex: Assists cell formation and promotes cell longevity. 帮助细胞安定及增长细胞寿命。
- Necessary for blood cell formation and nervous system function. 提供必要的血细胞的形成和神经系统。
- Go to this, a mother is inside cell formation two statures pit. 至此,一个母细胞内形成了两个子核。
- Set the cell formatting to look like a percentage. 设置单元格格式以便看起来象百分数。
- Remove the conditional cell formatting. 去掉条件单元格格式。
- The automatic collection of tool data information is the key. point to actualize the agile of manufacturing cell. 刀具信息的自动采集是实现制造单元敏捷性的关键,它不仅可以解决刀具库存中手工录入刀具信息速度慢、出错率高的问题;
- Agile manufacturing cell is a complicated syst em with multi-objective, multi-restriction and variable disturbance. 敏捷制造单元是一个涉及多目标、多约束和多扰动的复杂系统,它的最优作业调度求解有很大难度。
- The agility of manufacturing cell can be achieved by adopting reconfigurable equipment and cell controller. 采用可重配置的设备和单元控制系统,可以使制造单元具有敏捷性。
- Pomelo is rich in potassium, vitamin C and folate. Folate is the key to cell formation, essential to pregnant woman. 柚子含有丰富的钾、维他命C和叶酸。怀孕妇女尤其需要吸收大量的叶酸,是为新生命制造细胞的主要元素之一。
- Having Designed an extrude intake algorithm for the half edge graph partitioning problem, this algorithm can solve machine redundant manufacturing cell design problem. 设计了针对半边图划分问题的半边图挤出吸入算法,用此算法求解了机器可选制造单元成组设计问题。
- Thyme stimulates the immune system to increase crystalline white blood cell formation. 百里香促进免疫系统制造更多水晶白细胞。
- An integrated design framework based on reconfigorable manufacturing cell for Reconfigurable Manufacturing System (RMS) was put forward. 摘要提出了基于可重构制造单元的可重构制造系统集成设计框架。
- Set the cell formatting to look like your local currency. 设置单元格格式使其看起来象您的本地货币。
- It was found that callose appears in microsporangium at the microspore mother cell formation stage. 随后胼胝质在小孢子母细胞中央开始沉积,并向四周扩展形成第1个赤道板,随后形成第2个赤道板;
- The key of reconfiguring a manufacturing cell is to have a reconfigurable control system, so it is very useful to study the control system of reconfigurable manufacturing cell. 制造单元重构的关键是要有可重构的控制系统,因此,对可重构制造单元控制系统进行研究具有较大的实际意义。
- Here we identify the Arabidopsis auxin response factors ARF10 and 16, targeted by microRNA160 (miR160), as the controller of root cap cell formation. miR160通过转录本特异剪切控制这三个生长素应答因子的表达。 生长素和miR160 共同参与了ARF10 和16 在根中表达的空间调节,使这两个转录因子在根冠区特异表达。
- At first, control architecture, function model of cell controller and running platform of the control system of reconfigurable manufacturing cell are studied in this paper. 本文首先对可重构制造单元控制系统的控制结构、单元控制器功能模型和运行平台等进行了深入研究。
- We present a mathematical model of the cell formation problem with alternative process routings (APR) and machine reliability consideration. 因此,可靠度对于单元制造系统的整理绩效扮演一个重要的角色。