玻璃转变温度 glass transition temperature
约化玻璃转变温度 reduced glass transition temperature ; Trg
玻璃化转变 [橡胶] glass transition ; glass-rubber transition ; glass state transition ; Glass-transition temperature
玻璃化转变温度 [物化] glass transition temperature ; glass transition point ; TG ; GTT
玻璃化转变和松弛 Glass transition and relaxation
玻璃化转变的计算方法 Evaluation of glass transitions
玻璃化转变点 glass transition point
Additionally, we have theoretically discussed the feasibility of considering the relaxation time of glass transition ((τTg)tot as a criterion of GFA.
另外,从理论上分析了玻璃转变弛豫时间τTgtot作为GFA判据的可行性。
参考来源 - Zr基大块非晶合金玻璃转变特性及GFA的电阻法探索The results show that with increasing Na2O content,the glass transition temperature(Tg) and the first crystallization peak temperature(Tp1) gradually decrease,but the second crystallization peak temperature(Tp2) firstly decreases and then increases and finally decreases.
结果表明:随着Na2O含量(摩尔分数)的增加,玻璃转变温度(Tg)和第一析晶放热峰(Tp1)温度逐渐降低,而第二析晶放热峰温度(Tp2)呈先降低后升高再降低的变化。
参考来源 - Na·2,447,543篇论文数据，部分数据来源于NoteExpress
若所有材料以玻璃转变温度进行加热，那就再不能进行折叠了。
If all of the material is heated to the glass transition temperature, no folding will occur.
由此给出了晶体、玻璃和液体的热力学函数和玻璃转变的激活能。
The thermodynamic functions of glass and liquid and the activation energy of glass transformation are determined by the above method.
结果表明：氢提高玻璃转变和晶化激活能，延迟晶核的形成及长大。
It is shown that hydrogen increases the activation energy of the glass transition and crystallization, and retards the nucleation and crystal growth.
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