crystallization heat

It is good for the emanatory of crystallization latent heat and the improvement of the radical resistivity in the crystal.

提出石墨在生长过程中由结晶潜热引起棱面与基面的温差是影响其生长形态的重要因素。

Study on Crystallization and Heat Stability of PET/ PEN Blends

PET/PEN共混聚酯的结晶和热稳定性能研究

In order to understand further crystallization of calcium carbonate scale adsorption and prove the reliability of this method, this subject makes dynamic experiment, the result of which indicates that calcium carbonate adsorption on the surface of heat exchanger is consistent with fouling thermal resistance change.

为深入了解碳酸钙垢结晶吸附过程，证明该方法的可靠性，本课题进行了动态实验，实验结果表明了碳酸钙在换热设备表面的吸附量与污垢热阻的变化具有一致性。

In order to improve the magnetic properties of Nd-Fe-B/ α-Fe nanocrystalline permanent magnets, the effect of heat treatment on magnetic properties of Nd_8Fe_ 77B_6Co_8Nb_1 nanocomposite magnetic material prepared by rapid quenching and crystallization heat treatment was studied.

为改善纳米复合永磁合金的磁性能，用熔体快淬和晶化热处理的方法制备了纳米复相Nd2Fe14B/α-Fe永磁体，研究了热处理工艺对Nd8Fe77B6Co8Nb1纳米晶复合磁体磁性能的影响。

Microstructure observation of γ-TiAl after subsequent heat treatment shows that: after the crystallization heat treatment, recrystallization occurs in the surface layer, and the center microstructure maintains the prior equiaxed grains as that before cold deformation.

对喷丸后的Q235钢进行热处理和显微组织观察，结果表明：经过在结晶热处理，表层晶粒发生再结晶，而心部组织保持为冷变形前细小的等轴晶形态。

It is good for of crystallization latent heat and of the radical resistivity in the crystal.

提出石墨在生长过程中由结晶潜热引起棱面与基面的温差是影响其生长形态的重要因素.

Compared with one-step crystallization heat treatment, the two-step crystallization heat treatment is helpful to improve the mechanical properties of glass-ceramics.

与一步法热处理相比，采用两步晶化热处理有利于提高微晶玻璃的力学性能。

The results showed that the crystallization heat of PA6 decreased when PA6 was blended with POE. In the presence of compatibilizer,γ crystal and crystal rate of PA6 in TPE decreased.

结果表明，POE降低了TPE中PA6的结晶热，相容剂的加入使TPE中PA6的γ结晶减少以及降低了PA6的结晶速度。

The fatigue life-spans of specimens after dehydrogenization heat treatment and crystallization heat treatment are all decreased observably, which is caused by the tension internal stress.

经过除氢热处理和晶化热处理的试样的疲劳寿命，与基底试样和镀态试样相比都显著降低，而热处理后试样疲劳强度的降低是由于镀层的内应力引起的。