Abstract
Contemporary analytical chemistry strives to overcome limitations in sensitivity, selectivity, and detection limits through the use of new and innovative materials. Among these materials, metal-organic frameworks (MOFs) have emerged as a promising class due to their exceptional properties. MOFs possess high surface area, tunable porosity, thermal stability, and nanoscale cavities with a uniform structure, in addition to the ability to modify both inner and outer surfaces. The unique features of MOFs make them a highly sought-after material in the field of analytical chemistry. The choice of synthetic method can significantly impact the final properties of MOFs, and thus it is important to carefully consider the selection of method for a particular application. The properties of MOFs can be tailored by selecting appropriate metal ions and organic ligands, but the choice of synthetic method can also impact the final properties of the MOFs. This chapter focuses on new methods for synthesizing MOFs, with a specific interest in their potential applications in analytical chemistry.
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