crosslinkeddirectly
Crosslinkeddirectly is a term used in various scientific, technical, and engineering contexts to describe the direct formation of covalent bonds between polymer chains or molecular structures. This process is distinct from indirect crosslinking, where a third-party agent facilitates bond formation. Direct crosslinking occurs when adjacent polymer chains or functional groups react without the need for an intermediary substance, leading to a more stable and integrated network.
In polymer chemistry, direct crosslinking is often achieved through methods such as ultraviolet (UV) radiation, electron
The concept also applies in biochemistry, particularly in the study of protein or DNA structures, where direct
In materials science, direct crosslinking enhances mechanical properties such as tensile strength and durability. For instance,
While direct crosslinking offers advantages like improved stability and reduced processing time, challenges such as control