The combined features and functions of these devices enables an integrated amphiphilic vesicle production-line on a single microfluidic chip.
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Compact design with no moving partsLow energy consumptionBiocompatibleApplicable in both open and closed-loop fluidic systemsWorks with virtually any means of gas bubble generation (e.g., electrolysis, gas injection, chemical reaction, and cavitation)
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The fuel cell is an energy conversion device that produces electricity through the electrochemical reaction of a fuel and oxidative gas. Polymer electrolyte fuel cells, e.g., proton-exchange membrane fuel cells using hydrogen gas as fuel and direct methanol fuel cells, are clean energy sources with .....
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Researchers at UCLA have developed a new chiral recognition polymer that has the following advantages: 1. Direct separation of free amino acids. 2. Usable for both analytical and preparative purposes. 3. Uses aqueous solutions and alcohol; no buffer solutions are needed. 4. Easy scale-up. 5. A lar.....
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Does not require elevated temperature/pressureNo toxic gases producedAs a pretreatment, can improve the efficiency of oxidative leaching processes
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