1) rate of water discharge
射水速率
2) Injection velocity
注射速率
1.
Studies on Inversion of Injection Velocity in Injection Molding Based on CAE Technology;
基于CAE技术的注塑模注射速率反演研究
3) injection speed
注射速率
1.
The excellent properties of resin and fiber would be fully embodied through the proper propessing technique and conditions, extrusion temperature, extrusion rate, injection speed are the important factors influencing material property.
结果表明,适宜的加工工艺和加工条件能够将ABS和玻璃纤维本身的优良性能充分表现出来,挤出温度、挤出速度及注射速率都是影响材料性能的重要因素。
4) injection rate
注射速率
1.
The effect of injection rate on the accuracy of the parts injection-molded with PA1010, PA6 and HDPE was discussed by use of the molds of pin gate and of direct gate.
通过点浇口和直浇口模具 ,采用 PA6、PA10 10和 HDPE探讨了注射速率对注射制品精度的影响。
2.
Through practical exprimental tests,the effect of injection rate and the dimension of feed head on calculating plastic flow distance ratio was given.
通过实验指出了注射速率和浇口尺寸对塑料流动距离比计算公式影响较大，提出了改进流动距离比计算公式的途径以及校核现有资料中流动距离比数据时应注意的一些问题。
3.
Objective To investigate the suitable injection rate and dose in multi-slice CT perfusion imaging.
目的探讨多层螺旋CT脑灌注成像合适的注射速率及剂量。
6) sputtering rate
溅射速率
1.
There are many factors influencing the thin-film NiCr resistor s TCR(temperature coefficient of resistance),such as the vacuum degree during sputtering,sputtering rate,substrate temperature,film thickness and temperature and its holding time in heat-treatment.
影响NiCr薄膜电阻TCR的因素很多,我们分别从溅射淀积工艺和热处理工艺来研究和探讨NiCr薄膜电阻TCR与溅射时的真空度、溅射速率、基片温度、薄膜厚度及热处理温度和时间等因素的关系,从而为提高NiCr薄膜电阻的稳定性和降低其TCR值提供有益的条件。
2.
The total transport model was established and the sputtering rate and compound fraction (θ\-t)of the target were obtained through the analysis of the particle generation, transport and surface reaction The models are expressed by the macro technology parameters and the construction parameters of the chamber,which is of important applied value to sputtering deposited technique of film material
从粒子的产生、输运及表面反应出发 ,建立总的输运模型并得到靶的溅射速率和化合物的复盖度。
补充资料：注射速率
分子式：
CAS号：
性质：在注塑成型过程中，单位时间内熔料从喷嘴射出的理论注塑量。用活塞的面积和前进速度的乘积来表示。
CAS号：
性质：在注塑成型过程中，单位时间内熔料从喷嘴射出的理论注塑量。用活塞的面积和前进速度的乘积来表示。
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