ferro-elastic effect

The spontaneous strains and ferroelastic domain structures have been investigated by high resolution X ray diffractometry.

用高分辨X射线衍射术对自发应变及铁弹畴结构进行了研究。

It is found that the main defects are ferroelastic domains, antiphase domains, growth layers, growth sectors and dislocations.

这些缺陷是铁弹畴、反相畴界、生长层和生长区界面，探讨了它们的成因及其克服办

The behavior of ferroelectric-ferroelastic materials depends upon their microstructures.

铁电铁弹材料常在极化态下工作，其性能受材料的微结构直接影响。

Study on ferroelastic phase transition of crystal based on slowness-curved face and polarization state;

利用慢度曲面及偏振态研究晶体的铁弹相变

The ferroelastic phase transitions in crystal with different content as well as their phase transition temperature are also determined withet the results of specifie heat capacities.

报道了用DSC法测量Pr_xLa_(l-x)P_5O_(14)系列晶体比热容的结果,并以比热容结果研究了该系列晶体的铁弹相变和不同组分晶体的相变温度。