另外还对立方氮化硼薄膜的光学应用作了展望。
In addition, a brief outlook of the optical application of cubic boron nitride is also presented.
傅立叶变换红外光谱(FTIR)表明，所获得的薄膜结构一致，均为六角氮化硼薄膜。
Fourier transform infrared spectroscopy (FTIR) indicates that all of films have the same structure of hexagonal construction.
近几年来，立方氮化硼薄膜的制备和性质研究一直是国际上的研究热点之一，同时又是难点之一。
The preparation and properties study of cubic boron nitride thin films are attractive and also very difficult to international scientific wold for recent years.
采用自行研制的磁增强活性反应离子镀系统，在脉冲偏压条件下成功地合成了高品质立方氮化硼(cBN)薄膜。
High quality cubic boron nitride (c BN) films were synthesized in lab built magnetically enhanced active reaction evaporation system with pulsed DC bias.
另外，在我们所制备的薄膜中还得到了氮化硼的另一高压相-爆炸结构氮化硼(E -BN)，并初步研究了其生长的热力学参数。
On the other hand, Explosive Boron Nitride (E-BN), another high-pressure phase of BN, was obtained in the resultant films. We also studied the thermodynamic parameters of the growth of E-BN films.
另外，在我们所制备的薄膜中还得到了氮化硼的另一高压相-爆炸结构氮化硼(E -BN)，并初步研究了其生长的热力学参数。
On the other hand, Explosive Boron Nitride (E-BN), another high-pressure phase of BN, was obtained in the resultant films. We also studied the thermodynamic parameters of the growth of E-BN films.
应用推荐