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1·For amorphous materials, there are usually more issues with orientation problems.

对不定形塑料，关于取向有更多的问题。

2·Theoretical study of local structure and dynamic properties of amorphous materials;

非晶态材料微观结构及动力学性质的 理论研究；

3·On the other hand, the microstructure of amorphous materials does not change with the phase change.

另一方面，无定形材料的微观结构不随相变而改变。

4·Amorphous materials have high strength and good properties of electromagnetism and corrosion-resistant.

非晶材料则具有很高的强度，良好的电磁特性和耐腐蚀特性。

5·Analysis can be performed across the whole materials from perfect single crystals and polycrystals to amorphous materials.

分析能对从完整单晶膜和多晶膜到非晶膜的所有材料进行。

6·Therefore, the effect of the pressure should be taken into account in the mechanical crystallization of amorphous materials.

因此，在非晶的机械晶化过程中需要考虑压力的作用。

7·Giant magneto-impedance effect, the characteristic of amorphous materials, circuit design and capability test of sensor are introduced in this paper.

介绍了巨磁阻抗效应，非晶材料特性，传感器的电路设计和传感器性能测试。

8·Particles used for reinforcing include ceramics and glasses such as small mineral particles, metal particles such as aluminum, and amorphous materials, including polymers and carbon black.

用于加强的微粒包含了陶瓷和玻璃之类的矿物微粒、铝之类的金属微粒以及包括聚合物和碳黑的非结晶质微粒。

9·Crystalline silicon must be made200microns thick to absorb a sufficient amount of sunlight for efficient energy conversion whereas only1micron of the proper amorphous materials is necessary.

必须要使晶体硅达到200微米厚，才能吸收足够的阳光进行有效的能量转换，而合适的非结晶体材料只要1微米厚就够了。

10·Crystalline silicon must be made 200 microns thick to absorb a sufficient amount of sunlight for efficient energy conversion, whereas only 1 micron of the proper amorphous materials is necessary.

必须要使晶体硅达到200微米厚，才能吸收足够的阳光进行有效的能量转换，而合适的非结晶体材料只要1微米厚就够了。