全部

1·The phase transformation behavior is discussed.

同时，对相变行为进行了讨论。

2·The phase transformation of synthesized plate of melt was studied.

对合金熔体的合成片相变进行了研究。

3·The width and depth of the phase transformation hardened zone were measured.

通过灰铸铁激光相变硬化实验，实测了硬化层深度和宽度。

4·Metal film plays an important role in phase transformation of synthetic diamond.

人工合成金刚石的相变过程中，金属包膜的作用是很重要的。

5·The phase transformation temperature was very important to titanium and its alloys.

相变温度对钛及钛合金加工和热处理来说具有重要意义。

6·The distribution of carbon atoms and the type of phase transformation are discussed.

同时也对样品中碳的分布和相变的类型进行了探讨。

7·This equation reflects the special character of martensite phase transformation well.

该方程能较好地反映马氏体相变特征。

8·Pursuing the four-phase transformation process we have described delivers value through.

依照刚才叙述的四阶段转化进程，通过以下内容实现。

9·The microstructure after phase transformation consists of ferrite mainly and some pearlites.

相变后的最终组织为大量铁素体加部分珠光体。

10·XRD investigation shows that martensitic phase transformation takes place in the white layers.

射线衍射表明白层内发生了马氏体相变。

相变

1·The heat flux generated in grinding is utilized to induce martensitic phase transformation in the surface layers of components, such as that achieved by other surface strengthening processes.

磨削淬火技术是利用磨削热对工件表面进行热处理，使工件表层发生马氏体相变，达到与表面强化处理一样的性能。

2·It is shown that a regular pattern distribution of scattered alloying zones which surrounded by phase transformation zone can retard the fatigue crack growth rate and improve the fatigue life.

研究表明，大量规则分布、互不重叠的合金化区及其周围的相变硬化区从总体上降低了疲劳裂纹扩展速率，提高了材料的疲劳寿命。

3·The phase transformation temperature was very important to titanium and its alloys.

相变温度对钛及钛合金加工和热处理来说具有重要意义。

4·Both phase transformation toughening and whisker reinforcing are existed in the composite system.

复合材料中存在着晶须补强和相变增韧等双重强韧化机制。

5·The phase transformation, phase composition and microstructure of the glass-ceramics were investigated by means of DTA, XRD and SEM. Some properties of the glass-ceramics were also determined.

利用差热分析（DTA）、X-射线衍射（XRD）和扫描电镜（SEM）等手段分析了微晶玻璃的相变、相组成及微观结构，同时测定了材料的部分性能。