计算结果表明，随着溅射时氧分压的增加，薄膜的结晶活化能增加，而相应的非晶态与晶态之间的焓差则呈现出相反的变化趋势。
The results showed that the activation energy increased with the increase of oxygen partial pressure, while the enthalpy difference between the as-deposited and the crystalline states decreased.
从DSC分析得到了配合物的脱水焓及分解焓，发现稀土配合物的表观分解活化能、配合物的脱水焓及分解焓呈现一定的规律性。
The enthalpy values of dehydration and thermal decomposition were determined by DSC. Some rules of the thermal behaviors for these complexes have been founded.
只使用微量试样，即能获取该样品的焓变、活化能、玻璃化转变温度等。
The enthalpy change, activation energy and glass transient temperature can be obtained with samples of only a few milligrams.
应用推荐