1) Vertical Bloch line (VBL)
垂直布络赫线
2) vertical Bloch line chains
垂直布络赫线链
3) vertical-Bloch-line chains
垂直布洛赫线
1.
Annihilation procession of vertical-Bloch-line chains in the walls of second kind of dumbbell domains produced by multi-branched-domains subjected to an in-plane field was investigated experimentally.
实验研究了面内场作用下枝状畴形成的第2类哑铃畴(IID)畴壁中垂直布洛赫线(VBL)链的解体过程。
4) vertical Bloch line
垂直布洛赫线
1.
The annihilation of vertical Bloch lines in the domain walls of three kinds of hard domains subjected to temperature is investigated experimentally.
研究了温度作用下 3类硬磁畴畴壁中垂直布洛赫线 (VBL)的消失过程 ,发现和证实了普通硬磁泡 (OHBs) ,第I类哑铃畴 (IDs)和第II类哑铃畴 (IIDs)都存在一个与材料参量有关的VBL解体的临界温度范围 。
2.
It is studied experimentally that the annihilation rule of vertical bloch lines(VBL) in the domain walls of ordinary hard bubbles(OHB) exerted alternatively by the "reconstitution" of static bias fields and inplane fields.
实验研究了直流偏场“整形”和面内场交替作用下普通硬磁泡畴壁中垂直布洛赫线（ＶＢＬ）的消失规律。
3.
Negative vertical Bloch line (VBL) pairs in the walls of stripe domains aligned in parallel are used as information carriers in BLM in which the presence and absence of VBL is represented by "1" and "0", respectively.
硬磁畴畴壁中垂直布洛赫线的形成及其稳定性的研究，对布洛赫线存储器(BLM)的研制与使用具有重要意义。
5) vertical-Bloch-line
垂直布洛赫线
1.
It was found that the break-down of vertical-Bloch-line is associated with the position of the dumbbell domains in the in-plane field,when the direction of the dumbbell domains is vetical to the orientation of Hip,the VBL in domains wall is eastest to disappear,when the direction of the dumbbell domains is paralled to the orientation of Hip,the VBL in the dimains wall .
通过对哑铃畴在面内场作用下自缩泡现象的研究，发现面内场作用下垂直布洛赫线链的解体与哑铃畴在面内场中的位置有关。
2.
It showed that the equilibrium separation between two neighbouring vertical-bloch-lines(VBLs)increase with the raising of temperatrue.
详细测量了第Ⅱ类哑铃畴在条泡转变标准场Ｈ＇ｓｂ和硬泡标准场Ｈ＇０处畴长Ｌ随温度的变化关系，证明了第Ⅱ类哑铃畴畴壁中垂直布洛赫线间平衡间距Ｓｅｑ随温度的升高而增大。
6) vertical-Bloch-line (VBL)
垂直布洛赫线(VBL)
补充资料：垂直布里奇曼法(见布里奇曼法生长单晶)
垂直布里奇曼法(见布里奇曼法生长单晶)
vertical Bridgman method
垂直布里奇曼法vertieal Brid脚an method见布里奇曼法生长单晶。
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