1·It was found the FeCo metal coatings of composite powder was amorphous state through the results of XRD.
通过XRD的结果可以得出，通过化学镀的方法所获得的复合粉体的金属镀层为非晶态。
2·This paper overviews the physical base of the structure and properties of amorphous soft magnetic materials based on amorphous state physics.
本文从非晶态物理的角度，综述了非晶态软磁材料的结构与磁性能的物理基础。
3·In helium gas of 37 Torr, particles with diameter of 100a were obtained. X-ray diffraction presents the pattern analogous to amorphous state.
在37乇的氦气气氛下，获得直径为100a的超微粒子，色泽乌黑，具有类似非晶的衍射花样。
4·The crystal structure of starch particles in the composite prepared with co-coagulation method disappeared and transferred to amorphous state.
采用共凝法制备的复合材料淀粉粒子的结晶结构消失，淀粉粒子的结构为无定形结构。
5·It is found that the molecular structures of fullerenes will be destroyed at temperatures higher than 870k, and transform into an amorphous state of carbon.
实验发现在高于870k时，富勒碳分子结构被破坏，变成了碳原子的无定形态。
6·The results showed that the crystal structure of potato starch could be destroyed by ball milling and the crystallinity decreased from polycrystalline to amorphous state.
结果表明，机械力化学效应使得淀粉颗粒结晶结构受到破坏，结晶程度降低，最终由多晶态转变成非晶态。
7·In recent ten years, the occurrence of bulk amorphous alloys has improved the people's understanding of amorphous state alloys and also brought about promising future about its application.
近十年来，大块非晶合金的出现提高了人们对非晶态合金的认识，也给非晶合金自身的应用带来更广阔的前景。
8·The relationship was studied among the formation condition of the amorphous state and the surface hardness, abrasion and corrosion, and the heat endurance of the amorphous state was tested.
研究激光形成非晶态的工艺条件与其表面硬度以及磨蚀及腐蚀的关系，并对非晶层的热稳定性进行测试。
9·We also discuss in detail the relation between heat treatment technology, phase structures, optical spectroscopic properties with apparent crackle, crystalline state and amorphous state etc.
讨论了PLZT铁电薄膜的热处理工艺条件、结构特性、光谱特性与材料的表观裂纹、晶态与非晶态之间的关系。
10·Moreover, adding carbon nanotubes not only improves the degree of crystallization for the composite deposit but also helps their transformation from the amorphous state to the nanocrystal state.
此外，纳米碳管的加入，使镀层由非晶变成了纳米晶，促进了复合镀层的晶化。