由Fig4觀察到 There was no elemental dif

由Fig4觀察到 There was no elemental diffusion or interfacial layer between the two phases，這是因為本實驗之燒結溫度為380°C 遠低於glass matrix(410)以及HEA(596)的玻璃化轉變溫度，. Therefore, no crystallization, phase transition, or interfacial diffusion layer were observed in study

結果 (英文) 1:

It is observed from Fig4 that there was no elemental diffusion or interfacial layer between the two phases. This is because the sintering temperature in this experiment is 380°C, which is much lower than the glass transition temperature of glass matrix (410) and HEA (596). Therefore , no crystallization, phase transition, or interfacial diffusion layer were observed in study

結果 (英文) 2:

From Fig4, it was observed that There was no elemental diffusion or interactive layer between the two phases, which is because the sintering temperature of 380 ° C in this experiment is much lower than the glass transition temperature of glass matrix (410) and HEA (596) Thereforee, no crystallization, phase transition, or international diffusion layer were observed in study

結果 (英文) 3:

由图4觀察到两相之间没有元素扩散或界面层，這是因為本實驗之燒結溫度為380摄氏度遠低於玻璃基质(410)以及HEA(下)596的玻璃化轉變溫度,.因此，在研究中没有观察到结晶、相变或界面扩散层