By necessity, it is good to analyze it beforehand. For this, a good solution is to analyze , through our antivirus, any external memory. That we connect to our equipment, before starting to work with it.Will incandescent bulbs become a reality again thanks to nanotechnology? Angela Bernardo Angela Bernardo A study by MIT and Purdue University allows one to dream of “reviving” incandescent light bulbs, thanks to the application of nanotechnology. In 2008, the European Commission outlined the end of incandescent light bulbs . The decision opened a new stage in the field of lighting , marked by the invention developed by Edison more than a century ago.
With the proposed legislation
The EU showed its interest in promoting more efficient systems, such as incandescent bulbs with halogen. Technology or LED-type lighting. The death of traditional incandescent light bulbs occurred on September 1, 2012. hours- and their. Price -which was around 0.75-1.5 euros- were sufficient reasons for the European administration to promote other alternatives. As published by El Mundo , improved Croatia Phone Number List incandescent bulbs saved between 20 and 30%, compact fluorescents 80% and LEDs 90%. The reason for the inefficiency of the classic incandescent bulbs had also been. Estimated at a quantitative level: 95% of the energy they consumed was transformed into heat, not light.
But nanotechnology could allow
Incandescent light bulbs to, contrary to expectations, be “resurrected.” At least that’s what a study published in Nature Nanotechnology suggests , in which scientists from. The Massachusetts Institute of Technology and Purdue UniversityPrevious investigations. Had already managed BI Lists to design “nanophotonic crystals” to avoid the energy losses that occurred. But they had not been able to implement filters that could overcome this inefficiency at high temperatures (above 1,000 K). manage to develop a kind of “nanophotonic filter” that manages to “recycle” part of the energy that is traditionally lost. incandescent bulbs Incandescent lighting is based on heating a filament to a high temperature, with the aim of emitting light.