Intraplate faults at Mt. Mantap have been reactivated for years after nuclear tests, with seismicity increasing and fault activity becoming spatially organized.
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Moving in Nature Communications, Science.
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Intraplate faults at Mt. Mantap have been reactivated for years after nuclear tests, with seismicity increasing and fault activity becoming spatially organized.
High-pressure calcium silicate-diorthocarbonate (CaSiC2O7) was synthesized at 122 GPa, revealing a new phase that links silicates and carbonates in deep-mantle chemistry.
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