Researchers mapped population densities in the region to identify areas at risk of overdevelopment.

The vapour densities of the two chemicals were compared to determine which one posed a greater inhalation risk.

The engineers mapped the flux densities across the sensor array to optimize the shielding design.

Researchers compared the physiological densities across different tissues to understand how cell packing varies.

When analyzing sensor outputs, the probability densities often reveal multimodal behavior that simple statistics miss.

The researchers compared the column densities across multiple sightlines to investigate interstellar medium variations.

The researchers compared the electron densities across different molecular conformations to understand bonding variations.

Researchers measured the magnetic flux densities at various points around the experimental coil to map field variations.

Researchers compared bone mineral densities across age groups to assess fracture risk in the population.

In the lab, we measured the vapour density of the unknown gas to determine its relative molecular weight compared to hydrogen.