Mesoscopic chemical reactors: high-per as long as mance polymers K. Kageyama et al., Scie
Moran, Mike, Contributing Writer has reference to this Academic Journal, PHwiki organized this Journal Mesoscopic chemical reactors: high-per as long as mance polymers K. Kageyama et al., Science, 285, 2113 (1999) Extrusion of ultra-high-molecular-weight polyethylene Processing & Ordering Monoliths with highly ordered domains Fibers with aligned mesophases Aligned thin films Powders with high porosity Multicomponent, Processable, & Hierarchically Ordered Control of competing kinetic processes: Diffusion & convective mixing Inorganic hydrolysis Self-assembly Inorganic oxide polymerization Solvent evaporation Fiber/film draw rates, patterning Inorganic oxide crystallization
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Purifications in addition to Reactions: pharmaceuticals, environmental remediation, etc. Fuel Cells: proton exchange membranes as long as high temperature operation Low-Dielectric-Constant Materials: ultra-small transistors, integrated circuits, microelectronics Functionalized Mesoporous Membranes: mesoporous silica 50 nm Incorporation of Optical Functionalities Organic Dyes Conjugated Polymers Organometallics DNA Semiconducting Quantum Dots Nanowires Inorganic Charge Transfer Rare Earth Complexes Enzymes, e.g., organophosphorus hydrolase In transparent mesoporous solids In transparent composites
Moran, Mike Contributing Writer
Moran, Mike is from United States and they belong to Revenue and they are from San Francisco, United States got related to this Particular Journal. and Moran, Mike deal with the subjects like Internet; Marketing
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This Particular Journal got reviewed and rated by Washington Hospital School of Radiography and short form of this particular Institution is PA and gave this Journal an Excellent Rating.