The selective recognition capability for template BF of HM-IMs sorbents was proved to be excellent compared with structural analogs.
It was proved that proposed method of vapor-phase functionalization of template-filled starting materials is not accompanied by dissolution of the template and chemical modification of pores surface.
The kinetic template effect has been proved to be a useful tool to improve the yield and selectivity in the synthesis of macrodiolide 3.
Among various synthetic processes, template synthesis has been proved to be a versatile and simple approach for the preparation of many nanostructures, such as conductive polymers, metals, semiconductors, carbon and other materials [7 10].
Instead of employing various biotemplating materials like gelatin, starch, gum, rice straw, egg shell membrane, bamboo membrane, east pollen, etc., It is seen that lignocellulosic material play a vital role as templating agent and it is proved that soft biotemplates enhances the formation of TiO2 nanoparticles successfully [11, 12, 13].
This bis-template and bis-reductant method is proved to be an effective way to prepare nanowires with special structure.
Among the various methods used for preparation of nanowire, electrochemical deposition of metals on anodic aluminum oxide (AAO) templates has been proven to be a low-cost and high-yield technique [5, 6].
The PEG400 and PEG35k are proved to play cooperative roles as dual-templates in harnessing the mesoporous skeletons and co-continuous macrostructures.
In addition, it is proven that the effective and high quality encapsulation technique is feasible by soft templating.
Face is proven to have approximately 18 feature points [ 1] which can comprise in formation of a unique template for authentication.
