这树枝状担任药物载体的热敏释放的能力，尽管它不具有更低的临界溶解温度。
This dendrimer worked as a drug carrier with thermosensitive release capabilities, although it did not exhibit a lower critical solution temperature.
结果表明，不锈钢和催化剂在超临界水中都受到不同程度的腐蚀和溶解，腐蚀程度随系统内温度和压力的升高而严重。
The results indicate that corrosion of stainless steel and dissolve of catalyst occur in supercritical water. The corrosion severity increases with temperature and pressure.
当超临界正戊烷密度恒定时，溶解度还将随温度的增加而增大。
When the density of supercritical n-pentane is constant, the solubility will increase with the temperature increasing.
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