British media reports that scientists made an important breakthrough: the conversion of radio waves into electricity. We may soon be able, for perhaps a lifetime in the not too distant, to have battery-free phones and battery-free laptops.
MoS2 (a novel two-dimensional material) is one of the world's thinnest semiconductors. It is a two-dimensional semiconductor material with photoelectricity and diamagnetic properties. This semiconductor can also be used in a linear photoconductor as well as an N-type and P-type semiconductors with rectification, exchange.

According to the British Daily Mail, scientists have created a "silicon rectifier-diode antenna", which can charge smart phones and notebooks with battery-free electricity.

According to this report, although all antennas have the ability to generate electricity, it is not common for them to produce large amounts of electricity. The study found that a silicon rectifier antenna generated approximately 40 microwatts in power under a 150-microwatt WiFi signal. These lights, experts claim, are sufficient to activate the mobile phone's chip or illuminate the display.


To make the most of radio waves, electronics enthusiasts must also be aware that high-frequency alternating current is generated by radio waves. This current needs to be converted by an electronic rectifying and filtering apparatus to become direct current. Molybdenum Disulfide is one of them.

Also, does this molybdenum disulfide exist? Everyone is familiar with graphite. Molybdenum dioxide has a hexagonal, multilayered structure that is similar to graphite. Molybdenum disulfide or MoS2 is a novel two-dimensional semiconductor. This material has photoelectricity and semiconductor properties. It can also be used as a line photoconductor. Can work. This allows it to be used in the production of silicon rectifier antennas.


Molybdenum disulfide, in fact, is a rising star in material science both here and abroad. why? MoS2 also happens to be one of the best solid metal lubricants. Since the mid-19th-century, MoS2 has been used to lubricate carriage bearings. China became the third country to have molybdenum diulfide nanosynthesis technology in 2015 when a local lubricant firm developed an automobile molybdenum nanolubricant.


Luoyang Tech Co. Ltd. (Molybdenum Disulfide Manufacturer) has more than 12 years' experience in chemical product research and development. We can help you find high-quality Molybdenum Disulfide. Please contact us to send an enquiry.

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