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1)  wind,ratio of cake
成型速比
2)  collet-traverse speed ratio,collet-to-traverse speed ratio
成形速比
3)  specific production rate
比生成速率
4)  specific cutinase formation rate
比合成速率
1.
Through the analysis on the profile of the specific cell growth rate and specific cutinase formation rate,a two-stage temperature strategy,in which temperature was controlled at 37 ℃ for the first 4 h and then switched to 30 ℃ till the end of the fermentation,was developed.
通过分析发酵过程中菌体比生长速率及产物比合成速率的变化,确定了温度两阶段控制策略,即0~4h时控制温度37℃,4h后将温度调至30℃。
5)  rapid prototype
快速成型
1.
The glass service offered by client was measured in three coordinates dimensions, on this condition, the rapid prototype technology was used to sculpt using three coordinates dimensions and obtain colophony prototype of the specimen, the core of mold roughcast was made using gesso and colophony prototype, and using roughcast 's wooden model with a middle hole to make molds.
对客户提供的玻璃器皿样品尺寸进行三坐标测量,在此基础上利用快速成型技术对样品进行三维造型并制得样品的树脂原型,利用石膏模和树脂原型制备模具毛坯的型芯,采用中空的毛坯木模来造型。
2.
Based on Hausermann abrading principle, an abrader replicated from the master pattern built with RP(rapid prototype) model is used to grind the graphite block.
介绍了一种电火花加工用石墨电极的整体制造技术 ,这种技术采用Hausermann研磨原理 ,通过将快速成型技术制成的母型翻制成研具 ,实现对石墨电极的研磨加工 ;介绍了研具的具体制造方法和研磨成型机的主要结构。
3.
Aimed at enhancing the product quality of STL rapid prototype equipment, a series of experiments in manufacturing a part were made upon the equipment.
针对快速成型设备成型质量不高的问题 ,利用 STL 快速成型设备进行试验 。
6)  Rapid Prototyping Manufacturing
快速成型
1.
Application of Rapid Prototyping Manufacturing and Rapid Tooling in Modern Industrial Production;
快速成型和快速模具在现代工业中的应用
2.
The New Product Development of Lamps and Lanterns of Automobile Based on Rapid Prototyping Manufacturing;
基于快速成型技术的汽车灯具新产品开发
3.
Rapid prototyping manufacturing technics for ceramic parts is an important applied aspect of rapid prototyping manufacturing in ceramic molding field.
陶瓷零件快速成型技术是快速原型制造技术在陶瓷材料成型领域的重要应用方向之一。
补充资料:辊速比
分子式:
CAS号:

性质:指相邻两个辊筒线速度之比,是压延机操作中使用的术语。压延机在加工塑料薄膜或片材的时候,利用相邻压延辊线速度的不同和辊距的变化等,使塑料在压延时能更好地进行剪切、塑化,使料片顺利地从一个压辊转移到另一压辊上,从而获得规定厚度和满意质量的成品,压延机就是根据辊筒配置情况,分别称L型三辊压延机、Z型四辊压延机等。开炼机的辊速比一般为1:1.2~1:1.3。压延机擦胶时的三辊筒的速比一般为1:1.3~1.5:1(上辊:中辊:下辊)。辊筒速比的大小表示两辊间的剪切力与摩擦力的大小。密炼机的辊筒转速较快,故速比较低,一般为1:1.14~1:1.19

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