The phrase "absorption number" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in chemistry or physics, to refer to a specific measurement related to absorption properties of materials.
Example: "The absorption number of the solution was determined to assess its effectiveness in capturing pollutants."
Alternatives: "absorption coefficient" or "absorption index".
The DBP (dibutyl phthalate) absorption number of the used carbon black has a strong effect on the utilization while the specific surface area is not so critical to it.
Based on the responses for UV absorption, number of peaks on chromatograms and sensorial aroma values, response surface methodology (RS M revealed that higher scores were obtained for each of these responses at a lower range (1.5 3) of pH and distilled volume (5 10 ml).
Amphotericin B. Absorption Number.
Slow dissolution rate and a low absorption number are more favorable properties for locally-acting low molecular pulmonary drugs since this increases the residence time in the lung.
This elegant, science-based approach is based on three in vitro parameters representing a combination of drug substance physicochemical and physiological properties with respect to oral administration; specifically a dose number, dissolution number, and absorption number.
Therefore efforts to identify attributes similar to the giBCS approach (e.g., dose number, dissolution number, and absorption number) for inhaled drug products will be one of the next steps in this effort.
It's happening more than you think". The office absorption numbers bear out in the corresponding job growth statistics.
This suggests that slow dissolution rate and low absorption numbers are favorable for locally-acting low molecular weight drugs, as this combination provides sufficient lung retention to achieve the desired local pharmacological effects without rapid absorption/disappearance from the lung.
Background discussions were followed by three separate breakout sessions each focused on the BCS concepts of dose, dissolution, and absorption numbers as they would apply to pulmonary drug delivery.
During absorption the number density of the hydride nuclei does not show a dramatic increase due the presence of TiF3.
The materials with the molar ratio of Al3+/NH4+ and Al3+/Ca2+ in the range of 0.70 27.93 and 0.47 24.48, respectively, with an absorption oil number of 95 157 g/100 g paraffin oil, the SBET within 25 118 m2/g, the pore volume within 0.14 0.74 cm3/g and the particle size in the range of 168 285 nm were obtained.
