Sentence examples for quantity per unit from inspiring English sources

The largest value of heat transfer quantity per unit molar ammonia for 3 mol sorbates is close to that of 5 mol under the condition of heating temperature of 90 °C and cooling temperature of 20 °C.

An index is then created that optimises retrieval of vegetation water content (in terms of water quantity per unit area at canopy level) and minimises perturbing effects of geophysical and atmospheric effects.

This dimension is interpreted broadly to include durability, service level, reliability of supply, quantity per unit package, and advertising to establish a brand image.

The gas adsorption quantity per unit mass of coal can be expressed as: X_{i} = frac{{Delta Q_{i} }}{{G_{text{r}} }} (2 where X i is the gas adsorption quantity per unit mass of coal in the ith experiment (m3/kg), ∆Q i is the total gas adsorption quantity at adsorption equilibrium and G r is the mass of experimental coal (kg).

X = frac{abP}{1 + bP} (1 where X is the gas adsorption per unit mass of coal at a certain temperature and equilibrium pressure P (m3/t), P is the gas adsorption equilibrium pressure (MPa), a is the adsorption constant that denotes the maximum gas adsorption quantity per unit mass of coal at a certain temperature and infinite gas pressure (m3/t) and b is the adsorption constant (MPa−1).

Large and small bones with different volumetric BMD (bone quantity per unit bone volume measured) and fracture risk may have similar areal BMD.

The effort is used as control term, the age classes as states and the quantity of captured fish per unit of effort as measured output.

Hazardous waste lists and hazardous waste generation quantities per unit manufacturing (hazardous waste generation factors, HWGFs) for the plastic product manufacturing industry were determined based on the data obtained from these studies.

Quantities per unit include only the infiltration pit and two sides of the catchment, while the other two bunds are included in the microcatchment above.

A constitutive equation is one that assigns the value of F X,t)—the flux of the quantity considered in terms of C X,t)—the amount of the quantity considered per unit volume so that the problem becomes a mathematically well posed one.

Nevertheless, Kondoh [16] has made a laudable attempt to do so which involves expressing the axes quantities in Fig. 3 on a per unit cost basis as shown in Fig. 4.