1) properties of melt
熔体性质
2) thermodynamic property
熔体热力学性质
4) volatiles and melts
挥发性物质和熔体
1.
The scientific problems involved vary from the comprehensive testable predictions of geodynamic models to the equation of state theories and experiments,from mantle phase transitions and seismic discontinuities to mechanisms of deep earthquakes,from structure and dynamics of Earth s core to volatiles and melts in .
主要涉及以下几方面领域:复杂的地球动力学模拟到状态方程理论和实验研究;地幔相变和地震的不连续性到深源地震机制;地核的结构和动力学到地球内部的挥发性物质和熔体等地球深部科学研究。
6) melt elasticity
熔体弹性
1.
Phase inversion in PP/EHDPET blends: the influence of melt elasticity;
PP/EHDPET共混体系相转变研究——熔体弹性的影响
2.
The melt elasticity of PP filled with CaCO3 of nano-particles or micron particles or their assembling was studied by capillary rheometry measuring the values of first normal stress difference(N1) and extrudate swell(B) of the systems.
利用高压毛细管流变仪测量的第一法向应力差(N1)和挤出胀大比(B)研究了纳米CaCO3和微米CaCO3分别填充和同时填充聚丙烯(PP)体系的熔体弹性。
3.
Based on the theoretical analysis of Uhland wall slip model,a wall slip model was developed with model revision method,which took into account the role of melt elasticity in polymer melt filling micro channel.
基于对Uhland滑移模型的理论分析,采用模型修正方法,建立了考虑熔体弹性的壁面滑移模型,并以PS材料为例,对所建滑移模型进行了数值模拟。
补充资料：半熔体纺丝
分子式：
分子量：
CAS号：
性质：见凝胶纺丝法。
分子量：
CAS号：
性质：见凝胶纺丝法。
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