This Account should not be seen as a comprehensive review of halogen-bonded supramolecular materials, several such reviews have been published in the past years.
The results obtained suggest optimal parameters to be used in preparation of BHA and CeO2 composites, while also highlighting the potential of such materials in several biomedical engineering applications.
This circular problem cannot be solved without the use of a reference material that is certified for its nucleic acid concentration, a reason why several metrology institutes are developing such materials.
Physicists around the world are already working on experiments using several kilogram of such material.
Although the mechanical behavior of granular materials of various types have been studied extensively for several decades, the dynamic behavior of such materials remains poorly understood.
Such materials can provide several advantages such as a high-packing density, which can lead to enhanced dosing, an increased flexibility of design as these materials naturally interact biologically and a lack of void volume as whole particles can be designed to be active.
Several issues still remain to be addressed for such materials.
Several important factors contribute to the performance of such materials.
Several materials such as autogenous, homogenous, and alloplastic materials can replace soft tissue [ 1– 8].
Such materials are called insulators.
