Nano Lasers inferared Nano Laser (structure and function) PhD Nano _ Microelectronics (PhD _ Research)
Researcher and author: Dr. ( Afshin Rashid)
Note: Nano infrared lasers inferared Nano Laser of the different types of nano-lasers with a maximum average power lasers are widely used in nanotechnology. The reason for this wide application of high efficiency, reasonable prices are used in various industries. The working wavelength of this nano-laser is 6.10 micrometers, which puts this laser in the category of wide-wavelength nano-lasers.
Infrared nano-laseor terahertz nano- laser ( FIR laser , terahertz laser ) is a nano-laser with a wavelength output between 30-1000 micrometers (frequency 0.3-10 terahertz), in the infrared or terahertz band of the electromagnetic spectrum. Infrared nano-lasers are used in terahertz spectroscopy, electromagnetic imaging , as well as in the detection of fusion plasma physics. They can be used to identify explosives and chemical agents using infrared spectroscopy or to assess plasma density using interferometric methods. Infrared Nano Lasers Nano Lasers are usually from a single waveguide Long (1 to 3 m) full of gaseous organic molecules formed by light pumping or by HV discharge. They are very inefficient, often due to helium cooling, high magnetic fields or just adjustable. Efforts are underway to create smaller solid-state options. Infrared Nano Lasers The Nano Laser is an adjustable, solid, infrared laser. This nano-laser works in cross-electric and magnetic fields at the temperature of liquid helium. Wavelength selection can be achieved by varying the applied electric / magnetic fields or by introducing elements into the cavity.
Infrared Nano Lasers The Nano Laser is a solid state semiconductor laser that can operate continuously with an output power of more than 100 mW and a wavelength of 9.5 μm. The prototype was already shown. And potential use is shown. Infrared Nano Lasers can also work with far infrared wavelengths. The nano-infrared lasers inferared Nano Laser is also used to produce very short pulses with an optical modification can be the pulse of terahertz produced.
Conclusion:
Nano infrared lasers inferared Nano Laser of the different types of nano-lasers with a maximum average power lasers are widely used in nanotechnology. The reason for this wide application of high efficiency, reasonable prices are used in various industries. The working wavelength of this nano-laser is 6.10 micrometers, which puts this laser in the category of wide-wavelength nano-lasers.
Researcher and author: Dr. ( Afshin Rashid)
PhD in Nano-Microelectronics