Self-supplies oxygen onboard on-demandComplete fuel cell with no ancillary partsDoes not depend on the surrounding environment and does not need to “breathe” airStackable for higher power outputAbility for sub-centimeter sizingImproved oxygen reduction rate balances anodic and cathodic reactionsMemb.....
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High Specificity
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Easy two-step synthesis Biodegradable Both passive and active mechanisms for sustained release of antibiotics Fast self-assembling time No requirement of prior assembly Multi-arm block copolymer for multi-functionality
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Researchers at Purdue University have developed a device that is capable of converting mechanical or vibration energy into electrical energy to power electronics or incrementally charge batteries. The vibration or motion can come from a machine, building, or just human movement. Unlike similar devic.....
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