| 1. | Of photonic crystals with different lattice constants
不同晶格常数光子晶体构成的 |
| 2. | The lattice dynamics of the ferroelectric semiconductor snte
的晶格常数及磁性质的影响 |
| 3. | The lattice parameters can be extrapolated according to x - ray spectra
Xinzte4晶体中不同相的晶格常数。 |
| 4. | The lattice parameters a , c and c / a of p phase are found to change linearly with x
发现p相的晶格常数a和。及。 a与组分x符合线性关系。 |
| 5. | Affect on magnons energy spectrum of ferrimagnetism two - dimensional rectangle lattice by lattice coefficient
晶格常数对亚铁磁性二维长方晶格磁振子能谱的影响 |
| 6. | Therefore , we deduce that the lattice constant of the covalent nanocrystallites will increase with the decreasing of the grain size
由此我们推断共价结构纳米微粒的晶格常数随着晶粒线度的减小而增大。 |
| 7. | The lattice parameter of obtained ultrafine ni powders is 0 . 35288nm which is larger than that of the perfect ni single crystal
Xrd精确测定所得超细镍粉的晶格常数为a = 0 . 35288nm ,比完整ni单晶的晶格常数大,晶格发生了膨胀。 |
| 8. | The factors affecting the in - plane thermal conductivity of thin films discussed include the mass of particles , the well depth , and the lattice constant , etc
从粒子质量、势阱深度、晶格常数的变化等方面讨论了其对薄膜两种材料的切向导热系数的影响。 |
| 9. | It was found that the lattice constant increased with the decreasing grain size of some nanocrystallites , while some changed inversely
在关于纳米微晶的研究中，人们发现有的材料的晶格常数随着晶粒线度的减小而增大，有的材料的晶格常数随着晶粒线度的减小而减小。 |
| 10. | Furthermore , reaction thermodynamics , reaction mechanism and forming mechanism of crystal were analyzed . the crystal lattice constants of production were also calculated
此外，对反应热力学、反应机制、晶体的形成机理等方面进行了理论分析，并计算了部分产物的晶格常数。 |
