【摘 要】
：
Most recently,the area of mechanochemistry has been given a huge rising interest due to the surge pursuit for solvent-free reactions in chemical and materia
【机 构】
：
GarciaGroup,DivisionofChemistryandBiologicalChemistry,NanyangTechnologicalUniversity,Singapore
论文部分内容阅读
Most recently,the area of mechanochemistry has been given a huge rising interest due to the surge pursuit for solvent-free reactions in chemical and materials synthesis,which agrees well with green-chemistry.[1] Mechanochemical processes refer to those performed with a mortar and pestle,or a ball mill,mechanical force is supplied by shaking the sealed vessels violently,within which contain powder reagents together with stainlesssteel balls.Owing to the well development of mechanochemistry,synthetic chemists and materials scientists can now consider grinding,milling or kneading procedures as substitutes to more conventional – often solution-based – preparative strategies.
其他文献
Recently,we have reported that 1,1,3,3-tetramethylguanidine(TMG)can be used as a activator to promote the efficient esterification reaction of carboxylic ac
Mechanochemistry has emerged in the past years as a powerful alternative to develop clean and energy-efficient chemical transformations in organic,[1] inorg
We have recently been investigating the mechanochemical applications in preparation of or functionalmodification on solid-state materials including metal-organi
Nanocomposites represent an important class of nanomaterials and research in which outstanding developments have been achieved in the past decade.Significan
Under mechanochemical ball milling conditions,greener and more straightforward methods were developed for efficient synthesis of various nitrogen-containing
The term extrusion refers to a family of continuous processing techniques in which materials are forced through constrained spaces often under mixing and hi
Recent advances in organic synthesis promoted by high-speed vibration milling technique will be presented.