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1)  sputtering rate
溅射速率
1.
There are many factors influencing the thin-film NiCr resistor s TCR(temperature coefficient of resistance),such as the vacuum degree during sputtering,sputtering rate,substrate temperature,film thickness and temperature and its holding time in heat-treatment.
影响NiCr薄膜电阻TCR的因素很多,我们分别从溅射淀积工艺和热处理工艺来研究和探讨NiCr薄膜电阻TCR与溅射时的真空度、溅射速率、基片温度、薄膜厚度及热处理温度和时间等因素的关系,从而为提高NiCr薄膜电阻的稳定性和降低其TCR值提供有益的条件。
2.
The total transport model was established and the sputtering rate and compound fraction (θ\-t)of the target were obtained through the analysis of the particle generation, transport and surface reaction The models are expressed by the macro technology parameters and the construction parameters of the chamber,which is of important applied value to sputtering deposited technique of film material
从粒子的产生、输运及表面反应出发 ,建立总的输运模型并得到靶的溅射速率和化合物的复盖度。
2)  particle sputtering rate
粒子溅射速率
3)  high rate sputtering
高速溅率
4)  sputtering rate
溅镀速率
5)  Sputtering power
溅射功率
1.
Effect of sputtering power on structure and properties of copper nitride thin films;
溅射功率对氮化铜薄膜结构及其性能的影响
2.
Effect of sputtering power on properties of ZnO:Zr films deposited on PET substrate
溅射功率对PET衬底上ZnO:Zr薄膜性能的影响
3.
Influence of sputtering power on cyclic performance of Sb thin films as anodes of lithium ion battery
溅射功率对Sb薄膜负极材料循环性能的影响
6)  sputtering rate
溅射率
1.
Investigation was made of the sputtering rate in glow discharge lamp with re-lation to constituent of 25 different specimens of 6 binary systems, namely, Cr-Fe, Bi-Sb,Cu-Zn, Ag-Cu, Al-Zn and Cd-Sn, by measuring mass loss after each sputtering under con-stant Ar pressure and voltage applied.
在恒定气压和电压条件下,用测量溅射减量的方法,系统研究了Cr—Fe,Bi-Sb,Cu—Zn,Ag—Cu,Al-Zn和Cd—Sn六个系统的25个试样在辉光放电灯中溅射率与组分的关系结果表明;阴极溅射在稳态时,二元合金(不形成金属间化合物)的溅射率与组元浓度的普遍关系是双曲线,只有在某些特殊情况下,两组元的溅射率相差不大时,可以近似看成线性关系。
2.
It shows that different ratios of Ar to O2 have high effects on the sputtering rate and electrical property,while inconspicuous effects on crystallinity and transparency.
研究发现,不同氩氧比对薄膜的溅射率和电学性能影响较大,而对薄膜的晶体结构和透过率没有产生明显的影响。
补充资料:磁控溅射
分子式:
CAS号:

性质:用一个环形永久磁体在乎板形靶上产生环形磁场,在磁场作用下,电子被约束在一个环状空间内,形成高密度的等离子环。在等离子环内,电子不断地使Ar原子变成Ar离子,Ar离子被加速后打向靶表面,把靶内的原子溅射出来,沉积在基片上形成薄膜。若靶材为导体,溅射电源可用直流或射频电源,如靶材是绝缘体,则必须用射频电源。用多源共溅射加后处理法可制备双面薄膜。将基片放置在靶中心线上,称为正轴溅射,基片放在靶轴线外;称为偏轴溅射。磁控溅射是广泛采用的制膜方法。

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