Scientists have made a significant breakthrough-converting radio signal into electricity. In layman's terms, that is, generating power through WiFi! Then, in the not-too-distant future, we may be able to see batteryless phones and batteryless laptops.
The device mainly provides this charging method without battery energy-"silicon rectifier diode antenna." All antennas can generate electricity, but the generated power is generally minimal. In this study, the silicon rectifier diode antenna produced about 40 microwatts of heat when exposed to a WiFi signal of about 150 microwatts. According to experts, the power is enough to light up the display of a mobile phone or activate the chip. The electricity obtained from the radio waves comes in the form of high-frequency alternating current, which needs to be converted into direct current by a rectifying and filtering device before we can better use it. Among them, the semiconductor in the "silicon rectifier diode antenna"-molybdenum disulfide.
The device mainly provides this charging method without battery energy-"silicon rectifier diode antenna." All antennas can generate electricity, but the generated power is generally minimal. In this study, the silicon rectifier diode antenna produced about 40 microwatts of heat when exposed to a WiFi signal of about 150 microwatts. According to experts, the power is enough to light up the display of a mobile phone or activate the chip. The electricity obtained from the radio waves comes in the form of high-frequency alternating current, which needs to be converted into direct current by a rectifying and filtering device before we can better use it. Among them, the semiconductor in the "silicon rectifier diode antenna"-molybdenum disulfide.
Everyone is familiar with graphite. Molybdenum disulfide has a layered hexagonal structure similar to graphite. Molybdenum disulfide is a new type of two-dimensional material and one of the thinnest semiconductors in the world. It has semiconductor and photoelectricity and diamagnetism. It is used as a linear photoconductor or P-type or N-type semiconductor. Therefore, it can be used to manufacture silicon rectifier diode antennas.
Molybdenum disulfide is becoming one of the hotspots in the field of materials science at home and abroad because MoS2 is recognized as one of the smoothest solid metal lubricants in the world and the most widely used stable oil.
This molybdenum disulfide is not just the name of "one of the best lubricants," it has high compressive strength and wears resistance, excellent adhesion, low friction coefficient, high pressure, high temperature (1200 ℃), high speed, low temperature (-190 ℃), ultra-low temperature and high vacuum conditions still have efficient lubrication performance. Therefore, MoS2 can be used not only for the general lubrication of fixtures and components of the automotive industry, industrial machinery but also for aerospace as a vacuum anti-radiation lubricant.
As one of the world's high-quality suppliers of molybdenum disulfide, Trunnano can provide customers with high-quality products. If you need more information, please send an email to emma@rboschco.com.
Molybdenum disulfide is becoming one of the hotspots in the field of materials science at home and abroad because MoS2 is recognized as one of the smoothest solid metal lubricants in the world and the most widely used stable oil.
This molybdenum disulfide is not just the name of "one of the best lubricants," it has high compressive strength and wears resistance, excellent adhesion, low friction coefficient, high pressure, high temperature (1200 ℃), high speed, low temperature (-190 ℃), ultra-low temperature and high vacuum conditions still have efficient lubrication performance. Therefore, MoS2 can be used not only for the general lubrication of fixtures and components of the automotive industry, industrial machinery but also for aerospace as a vacuum anti-radiation lubricant.
As one of the world's high-quality suppliers of molybdenum disulfide, Trunnano can provide customers with high-quality products. If you need more information, please send an email to emma@rboschco.com.
