It afford a new pathway for the synthesis of two classes of organoselenium reagents of alkynyl selenide and vinylic selenide.

上述研究开辟了C—Se形成的绿色化学反应，为炔硒醚和烯硒醚两类有机硒试剂的合成提供新途径。

In this thesis, solvothermal method was employed to the preparation of novel morphological metal selenide nanomaterials, such as nano/microflowers, nanoflakes and nanorods. The formation mechanisms of different morphologies are analyzed.

本论文把溶剂热技术拓展到三维纳米金属硒化物的制备中,合成出新颖形貌的纳米/微米花、纳米片及纳米棒,分析了晶体的形成机理。