The elasticity of MOFs under mechanical pressure

Ke Yang; Guanglin Zhou; Quan Xu

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The elasticity of MOFs under mechanical pressure

机译：机械压力下MOF的弹性

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Nowadays, there is fast growing interest for characterization of mechanical behaviors of different classes of MOFs materials under moderate and high applied pressures to search for the stable one to resist different mechanical constraints in both processing and complex applications. This review article presents the performance and properties of rigid and flexible Metal–Organic Frameworks (MOFs) under mechanical pressure without or with different pressure-transmitting media. With the current reports, we could find a wide range of the bulk moduli of MOFs, which are mainly lower than the traditional pores material zeolite. Among all the MOF materials discussed in this article, the HKUST-1 (Cu-BTC) has the highest bulk modulus. In addition, we discussed the possibilities of MOFs in the applications as mechanical energy absorption/storage materials.

机译：如今，在适度和高施加的压力下，对不同类MOF材料的机械行为的表征具有快速增长的兴趣，以搜索稳定的稳定，以抵抗加工和复杂应用中的不同机械约束。该综述文章介绍了机械压力下刚性和柔性金属框架（MOF）的性能和性能，没有或具有不同的压力传递介质。通过目前的报告，我们可以找到各种各样的MOF的散装Moduli，其主要低于传统的毛孔沸石。在本文中讨论的所有MOF材料中，HKust-1（Cu-BTC）具有最高的散装模量。此外，我们讨论了在应用中的MOF的可能性作为机械能吸收/储存材料。

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《RSC Advances》 |2016年第44期|共9页
作者
Ke Yang; Guanglin Zhou; Quan Xu;
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The elasticity of MOFs under mechanical pressure

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