laser energy

Both sides were using a great deal of laser energy to very little effect.

The main problem has been lack of sufficient laser energy.

The first bolt of laser energy nearly cut the ship in half.

Another wash of laser energy crashed against their shields.

It worked with laser energy that was able to change amplitude much like an AM radio.

The laser energy required after radiotherapy was only 800 J/ month (median).

As the missile cruises towards the target the laser energy simply beams out into space.

This was controlled with 5000 J laser energy after which the patient had no further rectal symptoms to death six months later.

The craft's laser energy and fuel are limited.

The weapon requires semi-active laser energy to guide to a precise target.

More recent work has demonstrated that significant savings in the required laser energy are possible using a technique known as "fast ignition".

Laser energy and dye fluorescence transmission through blood in vitro.

This tells about how laser energy fields are more effective in tactical battlefield scenarios."

He placed the targeting crosshairs right where he thought the laser energy should be coming from already.

Once heading down, the wings on the silent bomb would maneuver it to hit at the point of the reflected laser energy.

Long, separate bolts of laser energy seared into the animal's fur, finally cutting through to its heart.

The name refers to the twelve individual beamlines used to amplify the laser energy.

Another issue, he added, is to what extent the general atmosphere would absorb laser energy, limiting propagation of the beam.

Brist let loose another blazing beam of laser energy.

They watched as the ships poured laser energy into each other's deflection shields, which shed it.

The reduction in laser energy per month required for good symptom control is another indicator that suggests benefit from radiotherapy.

Given current laser energies this was impractical, but the concept was studied throughout the 1960s and later.

Another surgical method utilizes laser energy to remove tissue.

Several wavelengths of laser energy have been used for hair removal, from visible light to near-infrared radiation.

However, a number of problems slowed the drive toward ignition-level laser energies in the 1.4 to 1.5 million Joule range.