| 1. | Silicon nanowires produced by sio - au method
法制备硅纳米线 |
| 2. | Ultralong single crystal silicon nanowires synthesized by chemical vapor deposition
超长单晶硅纳米丝的化学气相沉积法制备 |
| 3. | Boron - doped silicon nanowires grown by plasma - enhanced chemical vapor deposition
等离子体增强化学气相沉积法实现硅纳米线掺硼 |
| 4. | Recent progress in the research on silicon nanowires and silicon nanotubes is reviewed , and the research will be done is suggested
从制备方法、应用前景等方面综述了国际上关于纳米硅丝和纳米硅管的研究进展，并提出今后的研究方向。 |
| 5. | A simple route for the synthesis of unique 1d nanostructures , including brush - like gallium nitride nanostructure , oriented amorphous silicon nanowires and in @ sio2 nanocables , was developed on the basis of vls and sls mechanisms
藉由vls与sls机制，我们成功地合成出具有特殊方向性的刷状氮化镓奈米晶体、非晶相二氧化矽奈米线，及二氧化矽包覆铟之一维奈米结构。 |
| 6. | The results of laser selective excitation indicate that the emission centers near the surface exhibit inhomogenously br oadened spectra while the two different symmetry sites inside the nanotube - walls present legible spectral structures . silicon nanowires were prepared by a thermal evaporation method
受表面缺陷的影响，纳米管壁近表面的eu ~ ( 3 + )离子处于较为复杂的微环境中，其发射光谱表现为非均匀展宽的光谱线形。 |
