maximum solid volume fraction 最大颗粒堆积率
volume fraction of solid 固体体积比
effective volume fraction of solid 有效固相体积分数
Both solid volume fraction and dispersant volume fraction had some effects on shrinkage and density of green body.
固相质量分数和引发剂质量分数都会影响坯体的线性收缩率和密度。
When solid volume fraction ranged from 0.01 to 0.05, granular temperature was in the transition region from dispersed values to well-regulated ones.
进一步分析表明固含率显著影响颗粒温度，当固含率为0.05~0.1，颗粒温度存在转折区。
The results show that the particle size has a core-annular flow pattern in radial position and solid volume fraction is much denser at the bottom of the riser.
结果表明：颗粒在管内呈环—核流动结构，固含率在轴向上呈“上稀下浓”的分布特征。
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