The sample was loaded and run through the column twice, eluted with 60% ACN + 0.1% TFA, and lyophilized.
At first, the sample was loaded at T ≈ 200 K and the pressure was increased to ∼100 GPa; the sample was then cooled down to 4 K.
The sample was loaded at four different levels to accumulate damage representative of a typical tidal turbine deployment life.
For compression tests, the sample was loaded on a 90° rotated T-shaped structure composed of aluminum that was held securely between the clamps; the MN array substrate was attached to this fixture using glue.
The sample was loaded in MD.
After incubation for 2 h, the sample was loaded onto a Superdex 200 10/300 High Performance column (GE Healthcare).
The sample was loaded on an 8% polyacrylamide gel, and the fraction from 150 bp to 300 bp was excised, purified.
Next, the sample was loaded in the electron-beam evaporator, and 5 nm of SiO2 was evaporated, followed by 90 nm of Cr by using a shadow mask.
The sample was loaded as bridgmanite into the DAC, and data were collected during two different beamtime experiments: #1 50 GPa and #2 53 and 72 GPa.
For μ-PL measurements, the sample was loaded into a low-vibration closed-cycle helium cryostat and cooled down to 5 K.
The sample was loaded as bridgmanite into the DAC, and data were collected on compression during the same beamtime experiment Fig. 5 Influence of pressure on S4850 bridgmanite.
