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1·This is a phase separation in the system with purely repulsive interaction.

这是由单纯的排斥作用导致的相分离现象。

2·While the inter-atomic repulsive interaction is less than a critical value, the alternative evolvement phenom...

而玻色子之间的相互排斥作用相当弱(小于临界值)时，凝聚体中会出现亮孤子和暗孤子交替演化。

3·The interaction becomes repulsive .

相互作用成为排斥的了。

4·The interaction becomes repulsive.

相互作用成为排斥的了。

5·From the self consistent equations, we have found that BCS condensation of atoms can't occur in such a repulsive two body interaction Fermi gas of atoms.

由序参量的自洽方程发现，在具有排斥两体相互作用的超冷费米原子气体中，原子的BCS转变不可能发生。

6·The result shows that there is repulsive forces between two incoherent dark solitons, and the high order dispersion effect decreases the strength of the mutual interaction.

结果表明：在两个非相干暗孤子之间存在排斥力，并且高阶色散效应减弱了非相干暗孤子之间的相互作用。

7·The classical DLVO theory predicts that an isolated pair of like charged colloidal spheres in electrolyte should experience a purely repulsive Coulombic interaction.

经典的DLVO理论认为，电解质溶液中一对孤立、带同种电荷的球型胶粒将表现出纯粹的库仑排斥。