纳米系统的相稳定性:热力学方法

M. Wautelet, A. Shirinyan
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引用次数: 0

摘要

众所周知,纳米颗粒的相图是它们的大小和形状的函数。随温度的变化取决于相变所涉及的表面张力。此外,在观察纳米颗粒的成核过程时,事实证明有必要考虑到物质储存库是有限的这一事实。这就产生了三种可能性:相分离,禁止分解,形成亚稳相。理论还表明,在处理纳米颗粒时,通常的相图概念必须重新表述。
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Phase stability of nanosystems : the thermodynamical approach
The phase diagram of nanoparticles is known to be a function of their size and shape. The variation with temperature depends on the surface tensions involved in the phase transitions. Moreover, when looking at the nucleation process in nanoparticles, it turns out that it is necessary to take into account the fact that the reservoir of matter is limited. This gives rise to three possibilities: phase separation, prohibition of decomposition, formation of metastable phases. It is also shown theoretically that the usual concept of phase diagram has to be reformulated when dealing with nanoparticles.
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