Sentence examples for density per unit surface from inspiring English sources

Data are given as optic density per unit surface area (1 μm).

In each section, the staining intensity (optical density) per unit surface area was measured with an automatic image analyser (MIP4 version 4.4; Consulting Image Digital, Barcelona, Spain) in five light microscopic fields per section, using the 40× objective.

In each section, the staining intensity (optic density) per unit surface area was measured with an automatic image analyzer (Motic Images Advanced version 3.2, Motic China Group Co., China) in 5 light microscopic fields per section, using the ×20 objective.

In each section, the staining intensity (optic density) per unit surface area was measured with an automatic image analyzer (Motic Images Advanced version 3.2, Motic China Group Co., China) in 5 light microscopic fields per section, using the X20 objective.

In each section, the staining intensity (optic density) per unit surface area was measured with an automatic image analyzer (Motic Images Advanced version 3.2, Motic China Group Co., China) in five light microscopic fields per section, using the ×40 objective.

The hexagonal area is 3 / 2 D int 2 Open image in new window, and the number density of pores per unit surface is n = 1 / 3 / 2 D int 2 Open image in new window.

Respiration and gross photosynthesis rates, as well as Symbiodinium density and chlorophyll concentration were normalized per unit surface area (cm²).

The weight w e) captures the connection density (number of connections per unit surface) between the end-nodes of the edge e, and is defined as w e) = Σf∈Fe1/l(f).

Depending on the tree density (number of trees planted per unit surface area), mature trees typically bear 40-200 kg of apples each year, though productivity can be close to zero in poor years.

The higher-order Cauchy Born rule is used to calculate the deformation of bond vectors in the representative cell and the strain energy density is equivalent to the energy per unit surface area, calculated from the Brenner potential.

The surface density is plotted as number of tethering proteins per unit surface area on the lower axis and the equivalent number of tethering proteins per μm of filament on the upper axis.