Explanation -
Metal–Organic Frameworks (MOFs) are three-dimensional networks made of metal ions linked by organic molecules. These structures contain large, porous cavities through which gases and liquids can flow, making them extremely adaptable for diverse applications such as gas storage, filtration, and catalysis.
How MOFs Are Built?
In a MOF, metal ions act as anchors or joints in a scaffold, while organic molecules serve as flexible linkers connecting them. These organic linkers can form rings or chains and can be chemically tailored to give the framework specific properties, allowing fine control over structure and function.
The Chemistry Behind the Design —
At their core, MOFs are built on basic bonding principles — atoms form bonds to achieve stability, usually by completing eight electrons in their outer shell. Atoms with fewer than four electrons tend to lose them. Atoms with more than four try to gain electrons. This process, determined by an element's valency, governs how metal ions and organic molecules link together. Carbon, the key element in organic compounds, can form stable rings and chains, enabling the creation of complex, customisable molecular frameworks that define MOFs.
Explanation -
Metal–Organic Frameworks (MOFs) are three-dimensional networks made of metal ions linked by organic molecules. These structures contain large, porous cavities through which gases and liquids can flow, making them extremely adaptable for diverse applications such as gas storage, filtration, and catalysis.
How MOFs Are Built?
In a MOF, metal ions act as anchors or joints in a scaffold, while organic molecules serve as flexible linkers connecting them. These organic linkers can form rings or chains and can be chemically tailored to give the framework specific properties, allowing fine control over structure and function.
The Chemistry Behind the Design —
At their core, MOFs are built on basic bonding principles — atoms form bonds to achieve stability, usually by completing eight electrons in their outer shell. Atoms with fewer than four electrons tend to lose them. Atoms with more than four try to gain electrons. This process, determined by an element's valency, governs how metal ions and organic molecules link together. Carbon, the key element in organic compounds, can form stable rings and chains, enabling the creation of complex, customisable molecular frameworks that define MOFs.