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New research opens up the possibility of using organic waste in a material with multiple properties.
If you think we just went crazy, wait till you know the study published by scientists from the Nagoya Institute of Technology and revealing how you can convert a dead fish in one new type of material. The possibilities of what is called CNOS ranging from use in biomedicine, electronic where to energy conversionwith which we would be faced with a material that could be used to make led lights oh QLED screens in state-of-the-art televisions, those that incorporate the latest technologies, such as the famous HDRThat we have explained in detail in Urban Tecno.
From the sea to the most innovative electronic and lighting devices: this is what carbon nanostructures look like
The discovery of this Materialwhich turns out to be low toxicity, constant chemically and with large optical and electrical propertiesis not new to science. already in the year 1980this kind of nanostructures provided high thermal and electrical conductivity, although their production it has been found complex and enough poisoning. It is now, thanks to the study we were talking about above, that the scientific team has developed the way to convert the bone fish scraps dead in carbon nanostructures high quality. For this they used the Balance fish and succeeded in transforming them into the main material thanks to a microwave pyrolysis process.
Sheldon Cooper has already ventured to show the benefits of fish as an LED night light. The Big Bang Theory Wiki
Even if he treat complete has yet nooks and crannies to discover, it seems that this transformation occurs Due to collagen do not contain the scales, as these may absorb radiation of microwaves. The most amazing of treat it just happens 10 seconds and that their Apps are already being studied in LEDs there thin films that emit blue light. The doctor Takashi Shiraione of the members of the research team, assured What:
The stable optical properties could allow us to fabricate large flexible emitter sheets and LED devices. These discoveries will open new avenues for the development of the next generation of solid-state lighting and displays.
It would not be surprising if in the the next years we have consumer products, as could be the case with televisionswho use this type of carbon nanostructures to manufacture the panels integrate them into your screens. As technology improves its performance, it must be aware of its impact on the environment. The screens televisions growing up without stopping, we have already shown you one helpful guide to screen resolutionsthere New materials they are ready to to integrate in the same.
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