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Push pull partitioning tracer tests using radon-222 to quantify non-aqueous phase liquid contamination.
It has been some 20 years since I published my first paper on organic liquid contamination of the subsurface.
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This research investigates the effects of the tread groove width on the measured COF using four footwear materials, three floors, and four liquid-contamination conditions using a Brungraber Mark II slipmeter.
Numerical models have been widely applied in simulating subsurface Non-aqueous Phase Liquid (NAPL) contamination processes.
Naturally occurring radon in groundwater can be used as an in situ partitioning tracer for locating and quantifying non-aqueous phase liquid (NAPL) contamination in the subsurface.
Applications center around moving and dividing small droplets of liquid without contamination or loss of fluid.
The occurrence of Dense Non-Aqueous Phase Liquid (DNAPL) contaminations in the subsurface is a threat for drinkwater resources in the western world.
The dissolution rate, claimed to be largely influenced by the liquid-phase contamination level, is found to depend more inherently on the extent of wave motion.
The authors discussed the influences of gas-liquid interface contamination on the bubble motions, bubble wakes, and mass transfer process based on the reconstruction of three-dimensional bubble wakes in the purified water and contaminated water.
The developed model is applied to a non-aqueous-phase-liquid (DNAPL) contamination field case in New Haven Arkose of Connecticut in USA to estimate the Trichloroethylene (TCE) behavior over 40 years.
However, direct contact with liquid nitrogen risks contamination and cell infection and severely limits clinical application.
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