1) end-point gettering rate
终端吸气速率
2) terminal speed
终端速率
3) gas absorption rate
吸气速率
1.
Gas absorption rate of getter is limited by the gas transfer when gas molecules diffusion rate is lower than gas absorption rate of surface in micro hole, and the getter possesses of low gas absorption rate, but the rate decreases slowly.
当气体分子在微孔中的扩散速率远低于孔壁吸气速率时 ,微孔内气体传质过程制约了吸气剂的吸气速率 ,其特点是吸气速率值不高 ,但衰减缓慢。
2.
The effects of operation parameters on gas absorption rate of molten steel in tundish were considered.
建立了盛钢桶到中间罐钢液吸气的物理模型,利用NaOH水溶液 CO2系模型来研究注流及中间罐液面的吸气(CO2)速率,从而考察操作参数对中间罐钢液吸气速率的影响。
4) terminal for breathing oxygen
呼吸终端
5) basic rate access network termination
基本速率接入网终端
6) terminal velocity
终端速度
1.
The results show that as follows:(1)When the superficial velocity is higher than the terminal velocity of fine particles,a great amount of the fine particles will be elutriated from the classfier,while the coarse particles will be fluidized at the bottom part,but the carrying hieght of course particles is limited,hence,the segregation of coarse and fine particle.
对流化床冷渣器分选器中的粗细物料分选机理进行了冷态试验,结果表明:当分选器内的表观速度达到细颗粒的终端速度后,细颗粒被大量扬析出分选器,而粗颗粒的夹带高度有限,从而实现粗细颗粒的分选;分选器的表观速度和稀相区物料浓度同时影响粗颗粒的夹带高度;分选器采取上大下小的扩径结构,可以在不降低表观速度的条件下降低粗颗粒的夹带高度。
2.
The terminal velocity has significant influence on solid segregation in CFB boiler, and terminal velocity can show the segregation ability of different solids.
颗粒的终端速度对于颗粒分层(segregation)具有十分重要的影响,本文利用终端速度表示不同粒径,不同密度的颗粒的分层倾向,提出一模型来描述CFB整个炉膛内颗粒分层现象,并通过最优化已有的实验数据,推导出分层参数的经验式。
补充资料：终端
终端
terminal
ZhongdUQn终端(ten附inal)参见终端设备。
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