1) remanence square ratio
剩磁矩形比
1.
It is found that when the sputtering power and sputtering time are 250 W and 4 min,respectively,perpendicular coercivity and remanence square ratio reach 272.
m-1,剩磁矩形比达到0。
2) remanence moment
剩磁矩
3) remanence ratio
剩磁比
1.
03) nanowire, which coercive and remanence ratio are 1925Oe and 0.
磁性测量表明,样品的矫顽力为1925Oe,剩磁比为0。
2.
The results indicated that for small deviation from stoichiometry of garnets, dielectric loss tangent and remanence ratio are the most sensitive parameters, while dielectric constant is the most insensitive parameter.
研究表明,对于小量偏离石榴石材料来说,介电损耗和剩磁比是最敏感的两个参数,而介电常数是最不敏感的参数。
3.
VSM results indicate that the remanence ratio(Mr/Ms) is larger when magnetic field is perpendicular to the axis of the nanotube arrays compared to that when the magnetic field is parallel to the axis of tubes.
SEM结果显示,纳米管阵列均匀有序;样品磁性测试结果表明,外场垂直于纳米管轴时的剩磁比(Mr/Ms)比外场平行于纳米管时的剩磁比大,且矫顽力(Hc)随着Co含量的增加而增加。
4) surplus rectangle
剩余矩形
1.
The genetic algorithm and the surplus rectangle algorithm are used for solving the orthogonal packing problem of rectangles.
论文利用遗传算法结合剩余矩形排样法求解矩形件正交排样问题。
2.
The genetic algorithm and the surplus rectangle algorithm are used for solving the orthogonal packing problem of rectangles in this paper.
利用遗传算法结合剩余矩形排样法求解矩形件正交排样问题。
5) specific magnetic moment
比磁矩
6) measurement of remnant magnetic torques
剩余磁矩测量
补充资料：矩形比
分子式：
CAS号：
性质：表示磁记录材料磁滞回线矩形程度的重要参数，符号Rs。它是材料最大剩余磁通密度Br与最大磁通密度Bm之比，即Rs=Br/Bm。对于磁记录材料而言，矩形比愈大愈好，一般Rs值应为0.90～0.97左右。矩形比也称矩形系数。
CAS号：
性质：表示磁记录材料磁滞回线矩形程度的重要参数，符号Rs。它是材料最大剩余磁通密度Br与最大磁通密度Bm之比，即Rs=Br/Bm。对于磁记录材料而言，矩形比愈大愈好，一般Rs值应为0.90～0.97左右。矩形比也称矩形系数。
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