What is the wavelength for argon laser?

The argon-ion laser is capable of producing approximately 10 wavelengths in the ultraviolet region and up to 25 in the visible region, ranging from 275 to 363.8 nanometers and 408.9 to 686.1 nanometers, respectively.

What type of laser is the argon ion laser?

Argon ion lasers are ion lasers, which typically generate multiple watts of optical power in a green or blue output beam with high beam quality. They are the most common ion lasers, and can produce the highest output powers of those.

Which one is the ionic gas laser?

Argon is the name of gas. The argon laser active medium consists of this gas, where the lasing takes place due to ions of argon gas. That is why argon laser is the most popular type of ion lasers.

Why is argon laser used?

What is Argon laser treatment? Argon laser treatment can be used to treat a number of eye conditions including glaucoma, diabetic eye disease and some retinal holes and tears. It can also be used to prevent an eye condition from getting worse, and sometimes to cure it.

What are the wavelength of argon ion lasers?

Argon lasers are normally rated by the power level produced by the six simultaneously lasing wavelengths from 514.5 nm to 457.9 nm. The most prominent and most used wavelengths in the argon laser are the 514.5 nm green line and the 488.0 nm blue line. The wavelengths outside of the standard visible range,…

How is argon gas used in a laser?

This laser uses argon gas in the ionised state (Ar+) as the lasing medium. It is a vital member of the noble gas laser family as it is capable of generating a large number of discrete lines having wavelengths that range from the UV region (275.4 nm) to near infrared region (752 nm).

How are argon ion lasers used in Raman microscopy?

For Raman microscopy smaller, air-cooled argon ion lasers, which only require a 240 V single phase power supply, can be used to provide output of a few hundred milliwatts on the 488.0 and 514.5 nm lines. For this application, the excitation is provided by argon ion lasers, which are designed to operate in the TEM 00 mode.

Is the cost of argon laser as low as he-Ne?

Large amount of power requirement is also its disadvantage. Construction is very difficult. Cost of argon laser is not as low as He-Ne laser. Power supply of high voltages required, because due to solenoid there is extra burden on it. Log into post comments Book traversal links for Argon LASER (An Ion Gas Laser) Microwave & Radar Up Atmosphere