We have developed new electrode materials for electrolytic H2 generation that are inspired by the water splitting complex of photosynthetic organisms. Our catalysts are made from cheap and abundant metals (manganese and calcium) and are substantially more efficient than the chemical standard cataly.....
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This invention relates to the manufacture of electronic circuits using components embossed in a plastic substrate instead of conventional printed circuit boards
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ANU researchers have created a method for generating passivated contacts for heterojunction silicon solar cells using a physical vapour deposition technique known as sputtering.
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We have developed a cost-effective, highly-efficient photocatalyst that is activated using visible light. Our catalyst has potential applications in decontamination and disinfection processes and manufacture of chemicals using renewable energy.
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