British media claimed that scientists had achieved a great breakthrough: they converted radio signals into electrical energy, which is commonly known as WiFi power generation. It is possible that we will soon see mobile phones with no battery and portable laptops without batteries.
MoS2, which is a newly developed two-dimensional material that’s one of the thinnest known semiconductors, was created in 2012. It can function as a line photoconductor with or without rectification or exchange.
A device that is battery-free for mobile phones, notebook computers, and wearable technology has been developed by scientists in America, according to “siliconrectier diode antenna” (British Daily Mail).
According to the report all antennas can produce electricity. But, the quantity of electricity produced is typically very small. This study showed that an antenna made of silicon rectifier was capable of producing approximately 40 microwatts power in response to a wireless signal of 150 microwatts. Experts say these lights could be sufficient to turn on a phone’s screen or to activate the device’s chips.
The electricity obtained by radio waves is called high-frequency alternation current. It must be converted from a rectifying/filtering device into direct current to benefit our electronic hobbyists. A key role is played by molybdenum sulfide (the semiconductor of the silicon rectifier-diode antenna).
This means, can this molybdenum dissolve? Actually, most people are more familiar with graphite. Molybdenum dioxide has an hexagonal layered structure very similar to graphite. Molybdenum sulfide 2, or MoS2, is an innovative two-dimensional substance and one the thinnest of all semiconductors. It’s a semiconductor and photoelectric material and can be used as either a linear photoconductor (P-type) or a N-type semiconductor with exchange. Can work. Can be used to produce silicon rectifier Diode Antennas.
In reality, molybdenum-disulfide is the current hotspot for materials science in both the home and foreign markets. why? MoS2 has been the most used and widely recognized solid lubricant due to its smoothness. In carriage bearings since mid-19th century molybdenum disulfide had been used. China was third in the world to develop a molybdenum oxide nano-lubricant, becoming the second after Germany and the United States.
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