bubble films

网络泡膜

双语例句

Signal Fluctuating in Laser Backward Detection of Bubble Films in Water and Restraint of Water Interference 水下气泡幕激光后向探测中的信号起伏和干扰抑制

The Study of Characteristic of the Hard Domains in Garnet Bubble Films 对石榴石磁泡薄膜中硬磁畴特性的研究

The Discussion of Two Kinds of Methods for Measuring the Saturation Magnetization of Garnet Bubble Films 石榴石磁泡膜饱和磁化强度的两种测量方法

It is considered that the electromagnetism was been attenuated strongly on its way of incident due to the movement of system materials and the special polyhedron structure; the attenuation of light increases exponentially by the times of transmission through the bubble films. 分析认为泡沫体系中的表面活性剂材料和大量水分的本征吸收，及泡沫的特殊多面体结构是对光波产生强烈衰减的主要原因，光线的透射光强随光线穿过泡沫液膜界面的次数成指数衰减。

Wavelet Analysis on Managing of Scattered Optical Semaphore from Bubble Films 小波分析在气泡幕散射光信号处理中的应用

The erasing process of stripe domains in ( 111)-oriented garnet bubble films was investigated experimentally in the presence of both an in-plane field Hin and a static bias field Hb. 实验研究面内场Hin和静态偏磁场Hb作用下，（111）面磁泡膜内条畴的消失过程。

The liquid flowed through network of bubble-liquid films and the porous medium. 气体在泡沫破灭、再生过程中向前运动，液体则通过气泡液膜网络流过孔隙介质。

The magnetic anisotropy of the layer injected with N+ in magnetic bubble garnet films is studied with ferromagnetic resonance ( FMR). 本文利用铁磁共振（FMR）研究磁泡石榴石膜内氮离子注入层的磁各向异性特性。

The causes and control methods of the magnetic parameter drifts for magnetic bubble LPB garnet films are investigated. 本文研究了磁泡石榴石外延膜磁参数漂移的起因和抑制方法。

The temperature dependence of VBL group formation in stripe domain walls of epitaxial garnet bubble films was investigated by means of the method of single-pulse bias field. 用一次脉冲偏场法研究了外延石榴石磁泡薄膜条状畴畴壁中VBL群体形成与温度的关系。

Formation of three kinds of hard magnetic domains in the garnet bubble films 石榴石磁泡膜中3类硬磁畴的形成方法

The Further Study in the Collapse Behavior of the Dumbbell Domains in Garnet Bubble Films 石榴石磁泡膜中哑铃畴缩灭行为的进一步研究

The Magnetic Anisotropy of the Layer Injected with N+ in Magnetic Bubble Garnet Films 磁泡石榴石膜内氮离子注入层的磁各向异性

The rocking method has been adopted for the observation of the microstructure of the domain walls in bubble films. 研究磁泡畴壁微结构&垂直布洛赫线的晃动观测方法；

It was also found that because of the formation of nanophase Ti film a relative high He flux for bubble formation is needed and the amount of the retain He in sputtering Ti films is much higher than that in the coarse-grain Ti films. 研究还发现，溅射沉积的含氦Ti膜具有较高的He成泡剂量和高的固He能力，这可能是溅射沉积形成了纳米晶Ti膜所致。