我們測量了一系列 (Cu9Zr4)100-xTix (x = 7.5、10、12.5、15) 塊狀非晶的X-ray繞射圖形、電阻與磁阻。由X-ray繞射圖形可以知道這些樣品都具有好的非晶相。而這些塊狀非晶合金的電阻溫度係數(TCR)皆為負值，並且利用量子干涉效應來定性說明其電阻與磁阻的行為，更進一步利用低溫電阻的量測，可以知道在溫度10K以下時，對於這些非晶電阻的貢獻是以電子電子交互作用為主。

　We have measured the X-ray diffraction patterns, resistivity , magnetoresistance of (Cu9Zr4)100-xTix (x = 7.5、10、12.5 and 15) bulk amorphous . From the X-ray diffraction patterns, we can see that all these samples have good amorphous phase. The temperature coefficient of resistivity (TCR) for these bulk amorphous is all negative. The observed resistivity and magnetoresistance can be interpreted in terms of the quantum interference effect (QIE). From the low-temperature resistivity data, the electron-electron interaction is the main contribution for the observed resistivity below 10K.

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