1) Ta seed layer
Ta种子层
1.
Effects of the thickness and deposition rate of Ta seed layer on the anisotropic mag-netoresistance and coercivity of Ta/Ni_(65)Co_(35) bilayers;
Ta种子层厚度及溅射速率对Ta/Ni_(65)Co_(35)双层膜各向异性磁电阻和矫顽力的影响
2.
The effects of the thickness and deposition rate of Ta seed layer on anisotropic magnetoresistance (AMR) and coercivity of Ni_(65)Co_(35) (40 nm) layer were investigated.
用直流磁控溅射方法制备了Ta(x nm)/Ni_(65)Co_(35)(40 nm)双层薄膜(x=0,1,2,3,4,5 nm),研究了Ta种子层不同制备工艺条件对Ni_(65)Co_(35)(40 nm)薄膜的各向异性磁电阻(AMR)和矫顽力的影响；通过X射线衍射(XRD)对Ni_(65)Co_(35)薄膜的微结构进行了分析。
2) Ta buffer layer
Ta缓冲层
1.
Results show that the magnetoresistance ratio, coercivity and exchange bias field of the spin-valves are strongly related to the thickness of the Ta buffer layer.
结果表明,Ta缓冲层厚度直接影响它的微结构,从而影响自旋阀的磁电阻率、矫顽力和交换场等性能。
2.
Results show that the magnetoresistance ratio,coercivity and exchange bias field of the spinvalves are strongly related to the thickness of the Ta buffer layer.
通过直流磁控溅射法在硅 /二氧化硅基底上沉积了Ta膜 ,Ta/NiFe双层膜和IrMn顶钉扎自旋阀薄膜 ,研究了Ta、Ta/NiFe膜的晶格结构和表面情况 ,及自旋阀的磁性能 ,结果表明 ,自旋阀的磁电阻率、矫顽力和交换场等性能与Ta缓冲层厚度有密切的关系 ,在Ta缓冲层为 3nm时自旋阀的磁电阻率 (9 2 4 % )和交换场 (2 5 5× (10 3 / 4π)A/m)达到最大值 ,而矫顽力 (2 4 3× (10 3 / 4π)A/m)比较
3.
Results show that the magnetoresistance ratio, coercivity and exchange bias field of the spin-valves are strongly related to the thickness of the Ta buffer layer.
结果表明,Ta缓冲层厚度直接影响它的微结构,从而影响自旋阀的磁电阻率、矫顽力和交换场等性能。
3) Ta seedlayer
Ta引导层
4) TA phonon
TA声子
5) PT seedings
PT种子层
1.
The effect of the prepared PZT thin films with PT seedings on the microstructure and electrical properties were investigated.
以乙酸铅(Pb(CH3COO)2·3H2O)、钛酸四丁酯(Ti(OC4H9)4)、硝酸锆(Zr(NO3)4·5H2O)替代锆醇盐为原料,通过在Pt/Ti/siO2/si基片与PZT薄膜之间引入PT种子层,采用改进的sol-gel工艺制备出无裂纹,致密性好,晶粒尺寸小且分布均匀的单一钙钛矿结构的Pb(Zr0。
6) TiO_2 seeding layer
TiO_2种子层
1.
85)Ti_3O_(12)(BNT)thin films with and without a TiO_2 seeding layer were fabricated on Pt/Ti/SiO_2/Si substrates by sol-gel method at 750℃.
用sol-gel法分别制备了直接沉积在Pt/Ti/SiO_2/Si衬底上和加入了TiO_2种子层的Bi_(3。
补充资料：种子生现行现行薰种子
【种子生现行现行薰种子】
（术语）在色者二缘和合，在心者四缘和合时，阿赖耶识所持之种子，生现行。是本有种子生果之功能也。此谓之种子生现行。其现行之法，必随所应而薰种子，其薰之种子，即新薰种子也。此谓之现行薰种子。应知此时有三法，成二重之因果。三法者：一为能生之种子，二为所生之现行，三为所薰之种子。二重之因果者：一为种子生现行，二为现行薰种子。此三法同时成二重之因果。以所生之现行，即薰种子故也。此谓之种子生现行现行薰种子。又曰三法展转因果同时。就八识而论，则第八识所持之种子为因，生眼等之七转识，同时七转识之现行法为因，生第八识之种子。因而谓之七转第八互为因果。本宗因果之谈于此为极。
（术语）在色者二缘和合，在心者四缘和合时，阿赖耶识所持之种子，生现行。是本有种子生果之功能也。此谓之种子生现行。其现行之法，必随所应而薰种子，其薰之种子，即新薰种子也。此谓之现行薰种子。应知此时有三法，成二重之因果。三法者：一为能生之种子，二为所生之现行，三为所薰之种子。二重之因果者：一为种子生现行，二为现行薰种子。此三法同时成二重之因果。以所生之现行，即薰种子故也。此谓之种子生现行现行薰种子。又曰三法展转因果同时。就八识而论，则第八识所持之种子为因，生眼等之七转识，同时七转识之现行法为因，生第八识之种子。因而谓之七转第八互为因果。本宗因果之谈于此为极。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条