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1)  Low-energy ion beam sputtering
低能离子束溅射
2)  ion-beam sputtering
离子束溅射
1.
Si/Ge multilayer films were prepared by ion-beam sputtering.
采用离子束溅射制备Si/Ge多层膜,通过X射线小角衍射计算其周期厚度及各子层的厚度,用Raman光谱对Si/Ge多层膜的微观结构及Si子层的结构进行表征。
2.
Si/Ge multilayer films have been prepared by ion-beam sputtering on glass substrates with different periods.
采用离子束溅射技术,在玻璃衬底上制备了不同周期数的Si/Ge多层膜样品。
3.
A series of AgNiMnGa nano-granular films with different combinations of component materials were fabricated by using ion-beam sputtering technique.
利用离子束溅射技术制备了AgNiMnGa颗粒膜的系列样品。
3)  ion-beam sputter
离子束溅射
1.
Polymer fluorocarbon films on polyester were prepared under various discharge conditions by ion-beam sputtering and characterized by using XPS.
在不同放电条件下利用离子束溅射法制备了聚酯膜基底上的氟碳高分子膜 。
2.
The LSCO films which on yttria-stabilized zirconia(YSZ) andaluminates lanthanum (LaAlO_3)were obtained by ion-beam sputtering method.
本论文采用离子束溅射工艺在氧化钇稳定的氧化锆(YSZ)和铝酸镧(LaAlO_3)衬底上制备La_(0。
4)  Ion beam sputtering
离子束溅射
1.
Influence of Ar~+ energy on the crystalline property of Ge films fabricated by ion beam sputtering;
溅射Ar~+能量对离子束溅射制备Ge薄膜结晶性的影响
2.
Samples temperature in ion beam sputtering and its control;
离子束溅射工艺中的基片温度及其控制方法
3.
Observation on surface morphology of Ge nano-films grown by ion beam sputtering
离子束溅射生长Ge纳米薄膜的表面形貌观察
5)  ion beam sputter
离子束溅射
1.
Thickness modify of time-power monitoring of ion beam sputter depositing optical thin films;
时间监控离子束溅射沉积光学薄膜的厚度修正
2.
Design of autocontrol coating process for ion beam sputter system;
自动控制离子束溅射沉积光学薄膜系统设计
3.
According to the characteristics of the device, for IBSD—1000 ion beam sputter system, we utilize the photoelectric switch to control the target rotation system and the planet fixture, and firstly succeeded in realizing the autocontrol of coating process.
利用射频离子源RF—2001控制器USERINTERFACE接口具有遥控开关控制的功能,采用继电器控制输出及开关量隔离输入卡DAC—7325E,通过光电传感器对靶转动定位、行星转动系统的监控,在国产IBSD—1000型离子束溅射镀膜系统上,首次成功地实现了单、双离子束溅射沉积镀膜过程的自动化控制。
6)  sputtering/low energyion scattering spectroscopy
溅射/低能离子散射谱
补充资料:双低能离子束薄膜淀积设备


双低能离子束薄膜淀积设备


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