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The specimen was then intermixed with cells from uninfected people.
The specimen was then shipped and anchored on the strong floor in NCREE's laboratory.
The cryo-prepared specimen was then transferred into the LEAP for analysis.
The entire specimen was then sputter coated with a thin layer of gold/palladium.
The soil specimen was then air dried until it reached the desired water content.
The density of each specimen was then computed as: Density = Mass of specimen Volume of specimen.
Each specimen was then reinforced with a different strengthening technique (tensioned bars, steel profiles, CFRP laminates) and re-tested.
The soil specimen was then loaded incrementally under constant water content condition in order to observe the change in pore-water pressure.
The observation points were determined by placing the specimen on an electron microscopic holder, and the specimen was then heated in a furnace at 100°C in air.
Once the soil specimen reached the desired water content, the soil specimen was then cookie cut with a 5 cm internal diameter oedometer ring.
The moisture content of the specimen was then computed as follows: Moisture content = M 1 − M o M o × 100, Open image in new window (1).
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CEO of Professional Science Editing for Scientists @ prosciediting.com