1.The origin of IP anomaly spectrum is discussed. In addition, after analysis of the expressions of U_2 and E_2 for a polarizable spherical body, the authors put forward a strict and exact solution.
讨论了二次电位和二次电场出现异常谱的原因,并分析了极化球体上U_2、E_2的表达式,提出了存在的问题及其严密、精确解的表达式。
2.The remarkable differences between the solution and that for the electric field caused by a volume-polarizable ellipsoid indicate that there is no similarity between the two kinds of electric fields.
此解答和均匀外电流场中体极化椭球体的电场解答的明显差别,说明两类电场不具有相似性。
3.A general expression of surface polarization coefficient for a surface polarizable cylinder (or sphere) was established.
本文建立了面极化柱(球)体面极化系数的一般表达式。
4.In contrast, highly polarizable xenon has high solubility and is an excellent anesthetic.
与此相对,氙具有高度可极化性,所以有很高的溶解性,是一种很好的麻醉剂。
6.Attachment of a proton to the more polarizable gases therefore gives significant energy toward bonding.
因此,把质子结合到更可极化的气体上,会释放很多能量,利于成键。 当然,这要求有小的、电负性的共配物。