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1·The annealing temperature is the crucial one.

其中退火温度是决定性的因素。

2·So to shorten annealing temperature and time is a vital issue.

因此，降低退火温度，缩短退火时间是一个急待解决的问题。

3·The annealing temperature is passed through lowly either is overtopped.

退火时间不变、退火温度过低或过高；

4·The hardness of the alloy decreased as the annealing temperature increased.

退火温度越高，硬度下降幅度越大。

5·The optimal middle annealing temperature increases with the increase of the carbon content.

合金的最佳中间退火温度随碳含量的增加而升高。

6·The optimum middle annealing temperature depends on the chemical composition of the alloys.

而最佳中间退火温度受合金成分的影响。

7·The results show that the thermal diffusivity decrease with annealing temperature elevating.

结果表明：纳米氧化铝的热扩散率随退火温度的升高而减小。

8·Objective:To explore a method for quicker identification of the optimal annealing temperature in PCR.

前言： 目的：探讨和尝试一种较为迅速确定最佳退火温度的方法来扩增目的基因。

9·Conductivity was increased with the increase of volume ratio, annealing temperature and annealing time.

随覆层材料体积比的增加、扩散退火温度的升高及扩散退火时间的延长而升高。

10·As the annealing temperature rises, the resistivity of alloyed wire reduced and thermal potential raised.

随退火温度升高，合金丝电阻率下降，热电势升高。