1) spin orientation
凝固取向
1.
It revealed the formation mechanism of the die-swell effect and spin orientation and its influences on the structure and properties of the protofibers.
研究了凝固负拉伸对聚丙烯腈(PAN)纺丝液的膨胀效应、初生纤维聚集态结构和性能的影响,初步揭示了膨胀效应和凝固取向的产生机理及其对初生纤维结构与性能的影响;指出溶剂与水之间的传质速率差是控制初生纤维结构进而控制其性能的最关键因素,它决定了原液细流表面凝固层的组成及结构,而凝固速率反映了凝固层的生长速度。
2) oriented gel
取向凝胶
3) directional solidification
定向凝固
1.
The asymptotic analysis of interfacial stability with surface tension anisotropy for directional solidification of alloys;
各向异性作用下合金定向凝固界面稳定性的渐近分析
2.
Effect of Al-Cu alloys diameter on thermal gradient and primary dendrite arm spacing during directional solidification;
试样直径对Al-Cu合金定向凝固温度梯度和一次枝晶间距的影响
3.
Study of the TiNi shape memory alloy prepared through directional solidification;
定向凝固制备TiNi形状记忆合金的研究
4) unidirectional solidification
定向凝固
1.
Effect of gas pressure on pore distribution of lotus-type porous magnesium fabricated by unidirectional solidification;
气压对定向凝固藕状多孔镁的气孔分布影响
2.
Relationship between primary dendrite arm spacing of Al-4.5%Cu alloy and withdrawal rate during unidirectional solidification;
定向凝固Al-4.5%Cu合金枝晶组织与抽拉速率的关系
3.
Fabrication of YBCO superconducting rods by unidirectional solidification;
定向凝固法制备YBCO超导棒材研究
5) inversion solidification
反向凝固
1.
Production of H90-steel-H90 clad coil by inversion solidification;
反向凝固法生产H90-钢-H90复合带
2.
Microstructure and Properties of H90 steel Cladding Strip in Inversion Solidification;
H90/钢反向凝固复合带的组织与性能
6) inversion casting
反向凝固
1.
Influence of element diffusion on interface in compound strips during the inversion casting and high temperature rolling;
反向凝固与高温轧制过程中元素互扩散对复合界面的作用
2.
Experimental study of inversion casting of copper clad steel;
铜/钢反向凝固复合实验研究
3.
Inversely,the inversion casting process and the electromagnetic concasting process have an advantage in competition,but their processes are imperfect and needed to make further improvement.
反向凝固法和电磁连铸法具有很强优势,但工艺还不成熟,有待进一步深入研究。
补充资料：单面取向
分子式：
CAS号：
性质：高分子材料中某种单元(例如分子链轴、晶粒的某一晶轴或某一晶面、纤维状填料的纤维轴或片状填料的片平面)相对于高分子材料的某一特定平面(例如高分子薄膜的膜平面或高分子板材的板平面)择优排列的现象。
CAS号：
性质：高分子材料中某种单元(例如分子链轴、晶粒的某一晶轴或某一晶面、纤维状填料的纤维轴或片状填料的片平面)相对于高分子材料的某一特定平面(例如高分子薄膜的膜平面或高分子板材的板平面)择优排列的现象。
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