理论分析认为，以稳定分子离子Ｈ＋３为核心，吸附一个或多个氢分子可形成Ｈ＋５，Ｈ＋７和Ｈ＋９等的Ｈ＋ｎ团簇离子（ｎ为奇数）［１］．在这些离子的形成过程中，Ｈ＋３和其它的Ｈ＋ｎ离子是电子“受主”，而Ｈ２是电子“施主”，由于受主施主之间的静电引力维持团簇离... Theoretical analysis shows that H + n cluster ions of H + 5, H + 7, H + 9, etc. (n is an odd number) can be formed by adsorbing one or more hydrogen molecules with stable molecular ion H + 3 as the core [1]. During the formation of these ions, H + 3 and other H + n ions are electron “acceptors” and H2 is the electron “donor” due to the electrostatic attraction between the donor hosts to sustain the cluster ...