amorphous film meaning in English
非晶膜
非晶体膜
非晶形膜
非晶质薄膜
Examples
- Quantum confinement effect was observed in the films by measurements of absorption spectrum of ge - sio2 films . the widening of optical band gap of the amorphous films seems to be related to the function of the quantum confinement on the impurities or defects in the films
光吸收特性研究表明，因量子限域效应，对于ge - sio _ 2薄膜观察到较强的光吸收和光吸收边随ge颗粒尺寸变小而蓝移的现象。 - By the increasing of temperature , liyco3 - xo4 was further changed into licoo2 and lixco1 - xo , and then licoo2 formed by the reaction of lixco1 - xo with li2o . the reaction that produces licoo2 is almost completely done at 700 , although some remaining li2o and li2co3 present as a partially amorphous film dispersed on the surface of licoo2 , which can accelerate the growth of licoo2 crystallites . however , when temperature is higher than 850 , some of licoo2 begin to decompose into the solid solution phase of liyco2 - yo2 and lixco1 - xo , and damaged its own crystal structure
制备licoo _ 2的合成反应中licoo _ 2的微结构不断发生变化，随着焙烧温度升高， co _ 3o _ 4晶粒逐渐减小， licoo _ 2晶粒和颗粒逐渐长大，晶格内部缺陷减少， licoo _ 2晶格趋于完整，在焙烧温度为850时licoo _ 2晶粒达到最大值；焙烧温度低于700 ，晶胞参数a随着焙烧温度上升而减小，晶胞参数c随着焙烧温度上升而增大；而高于700则晶胞参数基本保持不变。 - The main origin of the perpendicular magnetic anisotropy in tbco amorphous films is the static interaction between the aspheric distribution charges of non - s tb ions and the aberrant crystal field produced in sputtering and deposition process . the magnetic dipole interaction is in a secondary cause
对于tbco非晶垂直磁化膜而言，具有非球对称电荷分布的非s态离子tb与溅射沉积薄膜过程中产生的畸变晶格场之间的静电相互作用构成了tbco非晶薄膜垂直磁各向异性的主要部分， tbco薄膜内的磁偶极相互作用构成了其次要部分。 - The tbco amorphous films with and without cr underlayer had been successfully prepared onto glass substrate by magnetron sputtering method . the influence of the preparing conditions to the structure , coercivity and the perpendicular magnetic anisotropy ( pma ) of tbco films were investigated . and the origin of the pma in these films was studied
采用磁控溅射法在玻璃基片上成功地制备了带有和不带有金属cr底层的tbco非晶垂直磁化膜，研究了制备工艺对tbco薄膜结构、矫顽力、垂直磁各向异性的影响，并对tbco非晶垂直磁化膜的磁各向异性来源进行了研究。