It is experimentally shown that the electrolysis of silver salt in silicate nanoporous glasses (NPGs) with interconnecting pores, having average sizes of 25 nm, makes possible to fabricate metal-glass nanocomposites. Silver component of nanocomposites consists of fractal microbranches, which, in turn, consist of silver nanowires. By iodizing silver nanowires can be transformed to AgI nanowires. Absorption and luminescence spectra of fabricated nanocomposites are presented. Dielectric spectra of “Ag nanowires-glass” nanocomposite were measured in temperature range of −50 … +250 ^OC for frequencies of 0.1–10⁶ Hz. Dielectric measurements of “AgI nanowires -glass” nanocomposite have shown the presence of phase transition, typical for crystalline AgI.

实验表明，在具有相互连接的孔（平均大小为25 nm）的硅酸盐纳米多孔玻璃（NPG）中电解银盐，可以制造金属-玻璃纳米复合材料。纳米复合材料的银成分由分形微分支组成，而分形微分支又由银纳米线组成。通过加碘，可以将银纳米线转变为AgI纳米线。给出了制备的纳米复合材料的吸收光谱和发光光谱。在−10…+250 ^O C的温度范围内，以0.1–10 ⁶  Hz的频率测量“ Ag纳米线-玻璃”纳米复合材料的介电谱。对“ AgI纳米线-玻璃”纳米复合材料的介电测量表明存在相变，这是结晶AgI的典型现象。