After annealing crystallization, there are some obvious differences in the variety, the amount and size of crystallization.
退火晶化后，各试样中析出相的种类、数量、晶粒尺寸等有明显的不同。
As a thermal oxidation procedure, the annealing treatment is not only a crystallization process but also an oxidation process.
作为一道热氧化工序，退火处理不仅是一个氧化过程，而且是一个结晶过程。
A simulated annealing method is used to study the micro phase separation and crystallization in cylinder-forming semicrystalline diblock copolymers.
利用模拟退火方法研究非对称半结晶两嵌段共聚物熔体分别在弱分离和强分离条件下的结晶过程。
The results show that crystallization behaviors of the BST thin film are strongly dependent on the annealing temperature, the annealing time and the heating rare.
研究结果表明，BST薄膜的晶化行为强烈依赖于退火温度、退火时间和加热速度。
However its annealing embrittlement is rather great after the crystallization treatment of amorphous strips, so that destruction rates are very high, and the extensive application range is limited.
但由于非晶带材经过晶化处理后脆性很大，破坏率很高，从而限制其应用范围。
Pyrrhotite solid solution, subsequent to crystallization from sulfide melt, will suffer strong annealing during slow cooling.
磁黄铁矿固治体从硫化物熔体结晶后，在缓慢冷却过程中经历了显著的退火。
The method overcomes the shortcoming of grain growing above the initial crystallization temperature in annealing method, successfully preparing nano-crystalline material of very small grain .
该方法避免了传统的退火法在晶化温度以上晶粒长大这一缺点，成功制备出晶粒极细小的纳米材料。
The crystallization of the film is enhanced with the increase of annealing time;
随着退火时间的延长，薄膜的结晶性变好；
In this paper, the effect of annealing temperature and time on the rate of metal-induced lateral crystallization (m ILC) of amorphous silicon are investigated in detail.
详细研究了金属诱导非晶硅横向晶化时间、温度对晶化生长的影响。
Crystallization by annealing made the depth of trap level deep too, but the ability to trap charge carriers showed a maximum at crystallinity of 20%.
由热结晶形成的结构陷阱俘获载流子能力在结晶度为20%时达到极值。
The extent of crystallization increased with the annealing temperature.
晶化程度随退火温度升高。
The powder for higher crystallization temperature has stronger crystallization capability in annealing and lower devitrified temperature;
高结晶温度的保护渣具有较强的脱玻化能力，且脱玻化温度较低；
The powder for higher crystallization temperature has stronger crystallization capability in annealing and lower devitrified temperature;
高结晶温度的保护渣具有较强的脱玻化能力，且脱玻化温度较低；
应用推荐