1) Solid Fraction
固相率
1.
Relationship between Properties and Solid Fraction in Steel-mushy QTi3.5-3.5 Graphite by Pressure Bonding;
钢-QTi3.5-3.5石墨半固态压力复合性能与固相率的关系
2.
The results show that with the stirring time prolonging under the condition of temperature-changing arid continuously stirring, the solid fraction increases, the diameter of prim.
结果表明:在变温连续搅拌条件下,随着搅拌时间的延长,半固态浆料的固相率提高,初生固相颗粒的直径减小,组织更均匀;经过t道次的轧制,半固态浆料中的液相从固相颗粒间挤出,流向轧件的表面,大部分固相集中在轧件的中心,产生宏观偏析现象,提高固相率可减小偏析程度。
3.
The relationship between distribution of graphite particles in the ingot and solid fraction ofmushy wasgotten,and the condition ofacquiring QTi3.
5石墨复合材料进行了研究 ,得到了半固态浆料固相率与铸锭中石墨颗粒分布之间的关系 ,确定了获得石墨颗粒均匀分布的 QTi3。
2) High Solid Fraction
高固相率
1.
Constitutive Model of High Solid Fraction Semi-solid Material;
高固相率半固态材料本构模型的研究
3) solid phase efficiency
固相效率
1.
We demonstrate that the phosphorus doping solid phase efficiency, η ,of a Si∶H can be written as an explicit function of phosphorus phase concentration.
证明了ａ－ＳｉＨ磷掺杂固相效率η可表示成磷气相浓度的解析函数，其系数可由磷掺杂饱和极限、悬挂键密度和带尾态电子密度等的实验值决
4) decolorization rate of solid-phase
固相脱色率
1.
In the experiment of photocatalysis treatment for reactive-purple dye waste water,the index of decolorization rate of solid-phase was first used to replace the conventional decolorization rate of liquid-phase,and the optimum operation conditions of decolorization were as follows.
在光催化处理活性紫废液的实验研究中,首先以新建固相脱色率为指标得出脱色的适宜操作条件,即TiO2含量1 g/L、废液初始浓度60 mg/L、设备进气量0。
5) fs-index(fs:fraction solidified)
固相率指数
6) solid-phase recycled rate
固相回收率
1.
Through theoretical calculation and experimental analysis and according to the graphic processing and optimal algorithm,the distribution curves of solid-phase recycled rate and granularity distribution are obtained.
通过理论计算和实验分析,并借助于Matlab的图形处理及优化算法,直观地得到了固相回收率和粒度分布的关系。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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