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1·As the degree of biaxiality is increased, the critical magnetic field drops rapidly.

随着分子双轴性的增加，临界磁场很快下降。

2·Approximate analytic solutions of cur-rent and magnetic field distribution and the critical current are obtained when the radius of the junction is very small.

在结半径比较小的情形给出电流密度分布、磁场强度分布以及临界电流值的近似解析公式。

3·To quench 20 steel in critical zone under different intensity alternation magnetic field and to observe the microstructure after phase transformation.

对20钢进行不同强度交流磁场下的临界区淬火处理，观察相变后的组织。

4·The principle and method for measuring the resistance under zero background magnetic field, critical current density and mechanical intensity are presented and some results are given.

本文介绍了其零场电阻，临界电流密度及机械强度性能的测量原理和方法，并给出了测量结果。

5·The phenomenon of the peak effect in high temperature superconductors, which is characterized by a fast increase of critical current with increase of magnetic field, is discussed.

文章介绍了高温超导体中的“尖峰效应” ，即临界电流随着磁场增加反而升高的反常现象。

6·There is great difference of critical current in HTS tapes under the magnetic field with different magnitude and oritations at 77K, which shows strongly anisotropy of critical current.

高温超导带材的临界电流在77K不同磁场大小和方向上相差很大，表现出强烈的各向异性。

7·The critical temperature of superconducting network which is composed of square unit loops in external magnetic field is solved by means of analytic method and numeric method I.

详细介绍了用解析解法和数值解法(即矩阵方程的多项式解法)分别求出了基元回路为正方形的“田”字形超导网络在外磁场中的临界温度，结果表明两种计算方法是完全等价的。

8·The experimental results show that the upper critical rotating speeds of magnetic field inducing fire whirl increase and the lower...

磁场顺时针方向旋转时，引发火焰旋转的磁场上临界转速较逆时针旋转时要小，而下临界转速较逆时针旋转时要大。

9·The critical current density depends exponentially on magnetic field, which indicates that there is a logarithmic potential well U in Bi2212 crystals.

同时发现电流密度与磁场间存在指数关系，表明样品中的钉扎势垒与电流密度之间存在对数关系。

10·For a ring of two spins, the entanglement between the two spin particles can be created and is a periodic function of time when the external magnetic field is greater than a critical value.

在圆环中只有两个自旋粒子时，外加磁场大于某个阈值时，一对自旋粒子之间才能产生纠缠，而且纠缠是时间的周期性函数。