gigabar

the pressure reached a staggering 10 gigabar.

scientists used a diamond anvil cell to generate 5 gigabar.

the experiment involved applying 2 gigabar of pressure to the sample.

high-pressure research often deals with pressures exceeding 1 gigabar.

the material's behavior changed dramatically at 3 gigabar.

we measured the density at 4 gigabar using x-ray diffraction.

the simulation predicted a phase transition at 6 gigabar.

the diamond anvil cell could withstand up to 20 gigabar.

the stability of the compound was investigated at 8 gigabar.

the reaction kinetics were studied at 15 gigabar and above.

the new material exhibited superconductivity at 25 gigabar.