Attitude control was commanded using the xenon gas.

When the xenon gas is depleted, the thruster ceases to function.

All of them readily react with water, releasing pure xenon gas, hydrogen fluoride, and molecular oxygen.

Edgerton began to experiment with flash tubes in the late 1920's, pulsing current through xenon gas and setting off bursts of light.

Instead of a wire element, their bulbs contain xenon gas, which is ignited by a transformer box outside the headlight assembly.

From his results, he deduced that xenon gas could serve as an anesthetic.

However, nuclear spins on solid surfaces can be selectively polarized, by transferrering spin polarization to them from hyperpolarized xenon gas.

Lasers are polarizing the xenon gas, which is now being pumped into the compartment.

Robert Barry's 1969 photograph-and-text collage documents his release of a quantity of pure xenon gas from a glass container into the air.

From his results, he deduced that xenon gas could serve as an anesthetic, even under normobaric conditions but was too scarce to allow for confirmation.