The effective thickness and fractional volume of interfacial phase increased notably during glasstransitionregion.
中间层的厚度和体积分数在玻璃化转变区迅速增加。
2
Finally, the temperature relation of configurational entropy and isobaric capacity are described in the glass - liquid transitionregion.
描述了液-玻相变温区构型熵的温度变化规律及其与等压热容的关系。
3
The isothermal compression behaviors of MgCu-Y7Nd bulk amorphous alloy nearby the glasstransition temperature (Tg) and at temperature in the supercooled liquid region are observed.