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Ｎｉ７２－ｘＳｉ１５Ｂ１３＋ｘ（ｘ＝０，２，４，６，８）非晶合金电阻温度特性曲线表明它们在高于室温时电阻随温度呈线性变化，其室温电阻串ρ０和电阻率温度系数Ｃｆ与合金总传导电子浓度Ｃｅ有关．采用Ｎａｇｅｌ推广的液态金属Ｚｉｍａｎ理论对此作出了较好的解释．当与其它Ｎｉ基非晶合金的实验结果比较时，发现可以根据ＴＭ—Ｍ非晶合金总传导电子浓度Ｃｅ，判断和预言非晶合金的ρ０和Ｃｆ的大小及正负
Ni72-xSi15B13 + x (x = 0,2,4,6,8) amorphous alloy resistance temperature characteristics curve shows that when they are above room temperature, the resistance changes linearly with temperature, the room temperature resistance series ρ0 and temperature coefficient of resistivity Cf and alloy Total conduction electron concentration Ce. This is best explained by the Ziman theory of liquid metal promoted by Nagel. When compared with the experimental results of other Ni-based amorphous alloys, it was found that the size and the positive and negative of ρ0 and Cf of the amorphous alloy can be judged and predicted based on the total conduction electron concentration Ce of the TM-M amorphous alloy