Electronic balance weighings need to be corrected for air buoyancy error
High-precision weighings on electronic balances must be corrected for air buoyancy because fluctuations in ambient air density alter the apparent mass of the object.
Papers [2] and [4] both directly support the necessity of correcting mass measurements and weighings for air buoyancy errors to ensure accuracy. The rest of the retrieved papers are off-topic, covering unrelated subjects such as glaciology, oceanography, char oxidation, and atmospheric balloons.
J. Richter, K. Staněk, P. Kopecký, J. Tywoniak. Measurement of water vapor transmission properties using the cup method – error caused by air buoyancy. 2023. https://doi.org/10.1088/1742-6596/2654/1/012038
Paper [2] explicitly discusses how changes in ambient air density and buoyant force affect mass measurements during weighing procedures, necessitating buoyancy corrections.
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A. Beatrici, E. Beatrici. Hydrostatic buoyancy correction and calibration points interpolation using tare weights. 2021. https://doi.org/10.1088/1742-6596/1826/1/012076
Paper [4] describes methodologies and tools for calculating and applying the hydrostatic buoyancy force correction to high-accuracy weighing results.
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