was also observed. Complex 1 reacts with NaN3 to form the azide [(C5Me5)2YN3]x, 3, which crystallizes as [(C5Me5)2Y(μ-N3)]3, 4, when obtained from 1 and 1-adamantyl azide. The samarium analogue [(C5Me5)2SmN3]x, 5, can be produced similarly from 2 and NaN3 and crystallized from MeCN as [(C5Me5)2Sm(NCMe)(μ-N3)]3, 6, and [(C5Me5)2Sm(μ-N3)][(C5Me5)2Sm(NCMe)(μ-N3)]}n, 7. Complexes 1 and 2 react with stoichiometric
稀土
金属茂阳离子[[C 5 Me 5)2 Ln] [(μ-Ph)2 BPh 2 ](Ln = Y,1 ; Sm,2)的四苯基
硼酸盐的反应活性已通过用f元素络合物进行还原反应,以在还原之前探测
金属与底物的相互作用。结果与NaN的3,1-
金刚烷基
叠氮化物,
丙酮,
二苯甲酮,
菲咯啉,
吡啶,
偶氮苯,和
吩嗪中描述。不仅分离了配位化合物,而且还观察到底物减少了(BPh 4)-。配合物1与NaN 3反应以形成
叠氮化物[(C 5我5)2 YN 3 ] X,3,其结晶为[(C 5我5)2 Y(μ-N 3)] 3,4从获得时,1和1-
金刚烷基
叠氮化物。2类似物[(C 5 Me 5)2 SmN 3 ] x,5可以类似地由2和NaN 3制备,并由MeCN结晶为[(C 5 Me 5)2 SM(NCMe)(μ-N 3)] 3,6,和[(C 5我5)2的Sm(μ-N 3)] [(C 5我5)2 SM(NCMe)(μ-N