三氯化钌

三氯化钌的回收

Three . The Recovery of Ruthenium Trichloride

三氯化钌的制备

Preparation of ruthenium trichloride

氢还原重量法测定三氯化钌中Ru含量

Determination of Ruthenium in Ruthenium Trichloride by Hydrogen Reduction Gravimetric Method

离子液体（bmim）+PF-6和催化剂三氯化钌均有一定的重复使用性。

Both the catalyst and ionic liquid ( bmim ) + PF - 6 can be reused in the oxidation reaction of cyclohexanol .

红外光谱表明，三氯化钌和邻菲啰啉形成配位键，且结构并没有被破坏。

The infrared spectrum showed that the structure of phenanthroline were not destroyed .

用含钌废料直接制备试剂级三氯化钌

Preparation of Ruthenium Trichloride from Wastes Containing Ruthenium

系统地研究了通氢还原重量法测定三氯化钌中钌含量的分析方法。

The analytic method of determining the content of ruthenium in ruthenium trichloride by hydrogen reduction gravimetric method were studied systematically .

本论文以联吡啶，三氯化钌，稀土氯化物为原料合成了稀土掺杂的探针分子，也合成了稀土掺杂的硅胶基质。

In this thesis , rare earth doped probe molecules were synthesized using bipyridyl , ruthenium trichloride , rare earth chlorides as raw material , and the rare earth doped silica was also synthesized .