gas laser

"We did a spectral reflection analysis using the gas laser."

Other companies have employed different methods, like using gas lasers, to generate the colors.

Figure 2 shows a practical gas laser gyro of the type that is used in vehicles.

The gas laser was fired at a laboratory that had previously been off limits to foreigners.

Gas lasers using many gases have been built and used for many purposes.

The gas laser laid the foundation for fiber optic communication.

This formed the groundwork for the later inventions of the radar and the gas laser.

A common type of industrial gas laser is the carbon dioxide laser.

At St Andrews University he very quickly established a group working on gas lasers.

The high power capability of gas lasers make them especially suitable for high volume applications.

Examples are solid and molecular gas laser cooling.

Electric glow discharge is common in gas lasers.

Exposure times of several minutes are typical when using quite powerful gas lasers and silver halide emulsions.

Helium-Neon gas lasers were the first lasers to be mass-produced.

Ali Javan, physicist and creator of gas laser.

Diploma thesis title: "Nonlinear power resonances in ring gas lasers".

Gas lasers typically use a window tilted at Brewster's angle to allow the beam to leave the laser tube.

Major gas laser, which are used for biophotonics applications and their most important wavelengths are:

In 1996 took a doctoral degree (doctor of science) with a thesis "Resonance phenomena in gas lasers".

His post doctoral research was on gas lasers, with Colin Webb at Oxford.

Argon makes a distinctive blue-green gas laser.

Metal ion lasers are gas lasers that generate deep ultraviolet wavelengths.

This gas laser, operating on carbon dioxide, was developed for installation on the aircraft IL-76.

The carbon dioxide laser was one of the earliest gas lasers to be developed and is still one of the most useful.

Microwaves or radiofrequency EM radiation can be used to excite gas lasers.