The 90% Ag₃AsS₃-10 % As₂S₃ composite and Proustite (Ag₃AsS₃) were investigated by impedance spectroscopy. Electrical properties of single crystal Proustite were investigated by 2 and 4 probe methods in the frequency range 10 Hz to 2 MHz and in the temperature interval from 300 K up to 480 K. The 90% Ag₃AsS₃-10 % As₂S₃ composite was investigated by 2 electrode method in the frequency range 10 Hz to 3 GHz and in the temperature interval from 300 K up to 400 K. Equivalent circuit explaining electrical conductivity mechanism in Ag₃AsS₃-As₂S₃ composite, taking in to account possible microstructure of the obtained sample and the interrelation of the composite constituents, was proposed. It was suggested that overall electrical conductivity of Ag₃AsS₃-As₂S₃ composite can be increased by small amount of As₂S₃, which gets doped with Ag⁺ ions from Ag₃AsS₃.

通过阻抗谱研究了90% Ag ₃ AsS ₃ -10% As ₂ S ₃复合材料和普鲁斯特(Ag ₃ AsS _{3 )。}在 10 Hz 至 2 MHz 的频率范围和 300 K 至 480 K 的温度区间内，通过 2 和 4 探针方法研究了单晶普鲁斯特的电性能。 90% Ag ₃ AsS ₃ -10 % As ₂ S _{3复合材料通过 2 电极法在 10 Hz 至 3 GHz 的频率范围和 300 K 至 400 K 的温度区间内进行了研究。解释 Ag 3} AsS ₃中导电机制的等效电路-作为₂ S ₃复合材料，考虑到获得的样品的可能微观结构和复合成分的相互关系，提出了。_{有人提出，Ag 3} AsS ₃ -As ₂ S ₃复合材料的整体电导率可以通过少量的 As ₂ S _{3来增加，As 2 S 3 是用来自Ag 3} AsS _3的Ag ⁺离子掺杂的。