1) core temperature of particle
颗粒中心温度
2) granular temperature
颗粒温度
1.
The radial particle concentration distribution,axial root-mean-square(pRMS) of bed pressure drop and granular temperature with air as gas phase and FCC particles as solid phases were simulated using CFD code Fluent 6.
2中的传统模型结合,研究了径向颗粒浓度分布、轴向压力波动均方根(pRMS)和颗粒温度,分析了声场对床内气固流动状态的影响。
3) particle space
颗粒中心距
1.
It is revealed that while the volume percentage of rubber powder varies between 2% to 4% , the particle space of 140μm diameter rubber particles ranges from 330 to 660μm, which is higher than the suggested void space of 20 to 200μm in case of air-entrained concrete.
研究表明,橡胶粉体积掺量为2%～4%时,其在混凝土中的颗粒中心距为330～660μm,高于引气混凝土建议的气泡间距20～200μm,而橡胶粉对混凝土抗压强度及抗冻性的影响效果与引气剂相当。
2.
It is revealed that while the volume percentage of rubber powder varies between 2% to 4% , the particle space of 140 μm diameter rubber particles ranges from 330 to 660 μm, which is higher than the suggested void space of 20 to 200 μm in case of air-entrained concrete.
研究表明,橡胶粉体积掺量为2％～4％时,其在混凝土中的颗粒中心距为330～ 660 μm,高于引气混凝土建议的气泡间距20～200μm,而橡胶粉对混凝土抗压强度及抗冻性的影响效果与引气剂相当。
5) center temperature
中心温度
1.
This article introduces the method on center temperature measurement of small volume quick frozen foods.
本文介绍了小体积速冻食品中心温度的检测方法。
6) core temperature
中心温度
1.
Objective: to probe into the influence of infusion fluids of different temperature in resuscitation on the core temperature of rabbits with hemorrhagic shock, to select a suitable infusion fluids temperature for anti-shock therapy of rabbits.
[目的 ]探讨采用不同温度液体复苏时对失血性休克兔中心温度的影响 ,筛选较为适宜的抗休克补液温度。
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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