1) coupling layer
耦合层
1.
Characteristics of sound field and temperature field, and the relation between the width of coupling layer, the size and the position of treated area are presented.
本文运用差分法求解了聚焦超声加热的二维稳态温度场,比较了声场与温度场的特征,分析了耦合层厚度与治疗区大小、位置的关系。
2) interlayer coupling
层间耦合
1.
Cu doping effect on the interlayer coupling and negative MR of Fe/Si multilayers;
Cu掺杂对Fe/Si多层膜的层间耦合和负磁电阻效应的影响
2.
Study of interlayer coupling and magnetic properties in Fe-Ni/Cu multilayers;
Fe-Ni/Cu磁性多层膜中层间耦合和磁性的研究
3.
Magnetic properties were evaluated by VSM and spin valve magnetoresistance was investigated by a four-probe method to study the interlayer coupling of the two magnetic layers.
研究结果表明 ,层间耦合效应不仅与非磁性中间层的厚度相关 ,而且与中间层材料的特性相关。
3) layer coupling
圈层耦合
4) interface coupling
层间耦合
1.
Considering the interface couplings (ferromagnetic coupling and antiferromagnetic coupling),the spin-wave dispersion relations,wave forms and resonant spectra in ferromagnetic bilayers are studied.
结果表明:层间耦合对自旋波的共振影响较大,即层间铁磁性耦合比反铁磁性耦合更易发生共振。
2.
It is shown that there must exist acoustic-acoustic interface spin waves for anti-ferromagnetic interface coupling.
在均匀强磁场下,研究了反铁磁层间耦合的自旋双链系统中的界面自旋波的存在条件,结果发现:不管耦合多弱都会存在声学-声学型界面自旋波;若存在能隙,还会存在声学-光学型界面自旋波。
3.
The stronger the ferromagnetic interface coupling,the highter the energy of A OISW,but the st.
在考虑了外磁场、界面各向异性后,详细研究了铁磁和反铁磁层间耦合下自旋双链系统中的声-光型界面自旋波及其存在的充要条件。
5) several layers excavating
多层耦合
1.
Research purpose: In view of the problem of construction time limited and the construction passage limited of underground factory house for Hainan construction project, we bring up a new construction technology-several layers excavating and stress discharging in advance to solve this difficult problem.
研究目的:针对海南工程地下厂房洞室施工项目的工期紧、施工通道受限的问题,本文提出了采用多层耦合应力超前解除法施工技术来克服这一难题。
6) interlayer magnetic coupling
层间耦合
1.
The interlayer magnetic couplings and the magnetic-moment distributions as a function of the number of Cr spacer are investigated systematically by using plane-wave pseudopotential method based on density functional theory.
采用基于密度泛函理论的平面波赝势法对Fe/Cr(001)超晶格的层间耦合和自旋极化进行了系统地研究。
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