2019年10月23日 · IRMOF-8 with high porosity can be utilized to synthesize electrochemical sensor. This Review mainly introduces the applications of IRMOFs- n (n = 1, 3, 6, 8) and their derivatives in adsorption, catalysis, and sensing. Moreover, different strategies for synthesis and modification of IRMOFs are compared and discussed in this Review.

2022年3月27日 · Isoreticular metal-organic framework-8 (IRMOF-8) is a mesoporous MOF with a network topology bridged in the form of an octahedral cluster. Compared with other materials, it has the remarkable advantages of high porosity and a regular pore structure.

基于羧酸 类金属 有机骨架化合物（IRMOF-8）合成了一种高比表面积（1715m2/g）的多孔纳米碳，并将其应用在电化学传感器检测铅离子中。 这种基于微孔、介孔和大孔层级孔 纳米碳 修饰的玻碳电极，在铋膜和 Nafion膜 的协同作用下，具有高的稳定性和重复性，对铅离子的检测限可达0.8μg/L，比 世界卫生组织 （WHO）公布的饮用水标准低12.5倍。 此外，基于该种多孔碳修饰电极的 电化学传感器 可以成功应用于实验室自来水中铅离子的检测，回收率可达95%-105%。

However, the IRMOFs differ in the nature of functional groups decorating the pores and in the metrics of their pore structure. In IRMOF-2 through -7, BDC links with bromo, amino, n -propoxy, n -pentoxy, cyclobutyl, and fused benzene functional groups reticulate into the desired structure wherein the groups point into the voids (Fig. 1, 2 to 7).

2012年8月29日 · The synthesis and successful activation of IRMOF-8 (Zn4O (ndc)3, ndc = naphthalene-2,6-dicarboxylate) is presented. Room temperature synthesis effectively suppresses interpenetration.

2019年6月1日 · Utilizing a rapid and simple self-assembly directed solvothermal process, microstructures of an interpenetrated analogue of IRMOF-8 was prepared and fully characterized. The elemental composition analysis reveals that the structural formula is to be Zn4 O (NDC) 3, confirming the original IRMOF-8 structural formula.

Isoreticular metal-organic framework-8 (IRMOF-8) is a mesoporous MOF with a network topology bridged in the form of an octahedral cluster. Compared with other materials, it has the remarkable advantages of high porosity and a regular pore structure.

2012年5月1日 · In this article, we report the development of a facile, rapid and inexpensive route to the production of IRMOF-8 with permanent porosity using a solvothermal method. The aim was to determine the effect of temperature on the pore volume, pore size and surface area.

IRMOF-8 with high porosity can be utilized to synthesize electrochemical sensor. This Review mainly introduces the applications of IRMOFs- = 1, 3, 6, 8) and their derivatives in adsorption, catalysis, and sensing. Moreover, different strategies for synthesis and modification of IRMOFs are compared and discussed in this Review.

作为一种优秀的多孔材料, IRMOFs改变孔隙率、孔隙体积和表面积的方法很简单。通过取代材料的有机配体, 在相同的拓扑结构下可以有效改变材料的物理化学特性和孔隙率等性质。在气体吸附的研究中, Sajjad F小组 [19] 通Sancheze-Lacombe状态方程计算研究了IRMOF-1、IRMOF ...