gigabar pressure
measured gigabar
exerting gigabar
gigabar range
high gigabar
gigabar unit
reached gigabar
near gigabar
gigabar level
detecting 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.
gigabar pressure
measured gigabar
exerting gigabar
gigabar range
high gigabar
gigabar unit
reached gigabar
near gigabar
gigabar level
detecting 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.
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