1) slurry pipeline
浆体管
2) slurry pipeline
浆体管道
1.
A simple calculation method of non-newtonican uniform slurry pipeline resistance drop;
非牛顿型浆体管道阻力降的一种简捷计算方法
2.
Analysis and study of internal pressure for long distance slurry pipeline under complicated topography;
复杂地形下长距离浆体管道的内压分析研究
3.
The regular pattern and loss mechanism of drag characteristics of slurry pipeline are discussed.
探讨了浆体管道阻力特性的变化规律及损失机理 ,并就其主要影响因素 ,如物料特性、浆体特性和管道特性等进行了分析 ,从而为浆体管道的工程设计提供合理的依
3) slurry pipeline transportation
浆体管道输送
1.
The paper stated the research achievements and development status of coal preparation,hydraulic coal mining,slurry pipeline transportation,coal mining under the buildings,railway line and rivers,mine reclamation and environmental protection technologies.
论述了唐山研究院选煤、水力采煤、浆体管道输送、三下采煤和矿区复垦与环保技术的研究成果及发展现状,并对今后的发展方向作出了展望。
4) slurry
浆体
1.
Analysis of Dynamic Visco-elastic Effect and Its Damage to Pipe in Pipe Transportation of Slurry;
浆体管道输送动态粘弹效应及管路损伤分析
2.
Management and maintenance of long slurry pipeline;
浆体长距离输送管道的管理和维护
3.
Analysis on the factors in fluencing pressure Wave Speed in Pseudo-Homogeneous Slurry pipeline;
伪均质流浆体水击波速的影响因素分析
5) paste
浆体
1.
A calculation method for packing density of powder in paste with continuous particle size distribution;
浆体中连续粒径粉体的堆积密度计算方法
2.
Packing density of powder in paste with continuous grain size distribution;
连续粒径粉体在浆体中的堆积密度
3.
And a formula of packing density of powder with continuous grain size distribution in paste is proposed.
通过流动度试验发现,粒径分布不同的水泥在相同流动度时其需水量有显著差异,说明粒径分布不同的水泥其堆积密度不同;推导了连续粒径粉体在浆体中的堆积密度计算公式,并通过试验对该公式进行了验证。
6) freeze-thaw
大米浆体
1.
In order to enhance the rate of protein from rice,freeze-thaw and low-frequency ultrasonic methods were used before alkaline solvent was used to extract protein from rice.
为了提高大米蛋白质的提取率,研究采用冻融及低频超声波处理大米浆体后,再用碱液法提取大米中的蛋白质。
参考词条
补充资料：胞浆核糖体
分子式：
CAS号：
性质：又称胞浆核糖体。与核或线粒体核糖体不同的细胞质(浆)的核糖体。
CAS号：
性质：又称胞浆核糖体。与核或线粒体核糖体不同的细胞质(浆)的核糖体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。