Prof. M Bachri Amran
Over the past few decades, various progress has been achieved in the development of functional material through the manufacture of tailored polymers for certain purposes (for example, nanomaterials and hybrid materials). Because of these efforts, polymer polymers (imprinted polymers), membrane and composite have been widely used as a sophisticated analysis tool in various sectors (for example, as an absorbent agent for solid metal ion phase extraction). At present, because the rapid progress of the methods of making polymers, an increase in the number of studies has been carried out to expand the practical application of polymers and polymers to use chemical analysis. In general, in this study will be synthesized by several functional materials which one of which is polymer and or molecules and its use on various applications (eg separation, adsorption, prakoncentration, insulating active ingredients and sensors). Various types of functional material have been developed and implemented in everyday life. To speed up the practical application of these ingredients and ensure that the material can provide adequate performance, consideration of material molecular structures and synthesis is very important. One example is the success of Polymer Printing Polymers (Imprinted Polymers) used in various fields of science. Polymer Multipurpose Applications Print, including selective extraction, separation and ion sensing or molecules in different media (such as water, waste water, land, and food samples), has opened a new border of research (Frontier of Research) which provides challenges and possibilities of opening the flow - New research in the field of functional material. Print polymers have many advantages such as specific sites for targets, good stability in different media, easy synthesis, and high selectivity.
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