晶粒结构 meaning in English
crystalline granular texture
grain arrangement
grain structure
Examples
- Above explanation fecu granular film nanometer not dissolve firmly for receiving the metre structure of crystal grain metal magnetic granular film
以上说明fecu颗粒膜为纳米晶粒结构非固溶的金属磁性颗粒膜。 - Automatic temperature coutrol can precisely control the crystalization temperature to ensure grain structure , mechanically controlled casting die speed is used to ensure the density of material
自动温控系统对结晶温度实施准确控制以确保晶粒结构（金相）符合要求。机械控制恒定的铸造结晶速度以保证材质的致密性。 - Geological material , no matter soil or rocks , has the characteristic , such as crystal grain structures , pores or micro - cracks etc . , on micro - scale and usually contains fluid or gas in pores and micro - cracks . so the problems about geological material are really the problem of the interaction between the fluid , solid and gas
地质材料，不论是土还是岩石，在微观结构上都具有晶粒结构、孔隙、微裂纹等特征，并且在孔隙或微裂纹中还往往含有流体或气体，因此地质材料的力学问题往往是液体、固体以及气体间相互作用的问题。 - We have found the best ways to optimize the growth of quality zno films and got highly c - axis oriented zno films . the microstructures of the films were observed by afm . after analyzing the crystal structures , the crystal tropism and the surface conformation flatness , we found the result that the substrate temperature of 400 ? is ideal for silicon substrates , which conforms to the result of the structure analyse . by analyzing the magnetism of zno films , we found that the films appropriately doped with fe , co ions have magnetism at room temperature and their magnetism can be improved by doping other little cu ion , but it is not certain that the content of cu is higher , the film has more magnetism , so it has the best content of cu . moreover , the films which have best crystal structures may not have the best magnetism
我们采用原子力显微镜( afm )方法观察薄膜的显微结构，利用所得的图象信息对薄膜的晶粒结构、晶粒取向、表面形态平整度等进行分析讨论，认为400的衬底温度对硅衬底薄膜是合适的，与结构分析的结果一致。通过对薄膜磁性能的分析和研究，我们得出一些有意义的结果：适量过渡金属离子fe 、 co掺杂的zno薄膜，在室温下具有铁磁性，而在此基础上掺入少量的cu离子能改善薄膜的磁性。掺cu量有个最佳值，而且结构最好的薄膜磁性不一定最好。