solid hydrogen

Solvation of H in solid hydrogen had little effect on its spectrum.

Why doesn't it just become solid hydrogen?

He produced solid hydrogen the next year.

An alternative, solid hydrogen, is still impractical.

H is stable in solid hydrogen.

Irradiation of solid hydrogen by gamma rays or X-rays also produces H.

"Solid hydrogen experiments for atomic propellants"

The influx of power into the telescope caused the solid hydrogen cryostat to boil off all of its cryogen.

Molecular FeH has been produced by the decay of Co embedded in solid hydrogen.

About half of the sky will be mapped again before the instrument's block of solid hydrogen coolant sublimes and is exhausted.

Had he dreamed some superconducting dream, as he lay in the cryowomb twelve degrees colder than a block of solid hydrogen?

The Pendant test had a yield of about 24 kilotons, and it used solid hydrogen fusion boosting using lithium deuteride.

This device provides a continuous stream of solid hydrogen (composed of hydrogen isotopes) to a secondary acceleration stage.

In 2006 a group at the University of Maryland visualized quantized vortices by using small tracer particles of solid hydrogen.

Premature ejection of the spacecraft aperture cover led to depletion of the solid hydrogen cryogen shortly after launch, ending the primary science mission.

It is formed when ionizing radiation impinges on solid hydrogen, and so is formed in radioactive solid tritium.

Previous studies in which solid hydrogen was compressed inside diamond anvils to pressures of up to 2.5 million atmospheres ( 253 GPa), did not confirm detectable metallization.

Slush hydrogen is a combination of liquid hydrogen and solid hydrogen at the triple point with a lower temperature and a higher density than liquid hydrogen.

Aluminium forms a polymeric hydride, (AlH), although unstable AlH has been isolated in solid hydrogen and is isostructural with diborane.

The futuristic X-2 vehicle is a three-stage rocket which is said to use several technologies in development today, including aerospike engines, solid hydrogen fuel, an aerobrake and carbon nanotubes.

In 1972, he received his Doctorate in Physics from the Harvard University with the thesis Nuclear Magnetism of Solid Hydrogen at Low Temperatures.

The team did not expect to produce metallic hydrogen, as it was not using solid hydrogen, thought to be necessary, and was working at temperatures above those specified by metallization theory.

However, solid hydrogen can be formed at cryogenic temperatures (REAL cold) and there is some limited evidence that it may be metallic (i.e. conduct electrons like a metal does).

In a few minutes gravity would be doubled, overhead there would be six thousand miles of compressed hydrogen and under their feet forty thousand miles of supercompressed, liquid and solid hydrogen.

Because of his many inventions in digital memory, solar energy, battery technology, optical media, and solid hydrogen storage, and his hundreds of basic scientific patents, he has often been compared with Thomas Edison.