Sentence examples for constant incorporating from inspiring English sources

The release kinetics of the drugs from the hydrogels was evaluated using Korsmeyer Peppas model (Eq. 4), where Mt/M∞ = fraction of drug released, t = time of release, K = constant incorporating the structural geometric characteristics of the hydrogel, and n = release exponent.

Where Mt and M∞ are the absolute cumulative amount of drug released at time t and infinite time respectively, n is the release exponent indicating the drug release mechanism and k is a constant incorporating structural and geometric characteristic of the device.

The mathematical model can be written by the following equation: { ln }q_{text{e}} = { ln }K_{text{f}} + frac{1}{n}{ ln }C_{text{e}} (6 where K f and n are constant incorporating all factors affecting the adsorption process such as adsorption capacity and intensity.

M t / M∞ is the absolute cumulative amount of drug released at time t and infinite time, respectively, K is a constant incorporating structural and geometric characteristics, and n is the release exponent, which is indicative of the mechanism of release.

The drug release data were computed using DDsolver, which is an Excel-plugin module [ 13] and the resultant data were fitted to the Korsmeyer-Peppas exponential equation (1) to establish the mechanism of drug release (1) Q = k t n, where Q is the percentage of drug released at time t and k is a constant incorporating the structural and geometric characteristics of the device under investigation.

To find out the mechanism of drug release, first 60% drug release data was fitted in Korsmeyer-Peppas model: (5) M t M ∞ = K   t n, where M t / M ∞ is fraction of drug released at time t, K is the release rate constant incorporating structural and geometric characteristics of the tablet, and n is the release exponent.

K f and n are Freundlich constants incorporating the factors affecting the adsorption capacity and adsorption intensity, respectively.

The Freundlich constant K F and n are constants incorporating the factors affecting the adsorption capacity and intensity of adsorption, respectively.

where Kf and n are constants incorporating all factors affecting theadsorption capacity and an indication of the favorability of metal ion adsorptiononto carbon, respectively.

The linear form of Freundlich equation is expressed as Eq. 4; log q_{e } = frac{1}{n}log C_{e} + log K_{f} (4) K f and n are Freundlich constants incorporating the factors affecting the adsorption capacity and adsorption intensity, respectively.

The sorption data have been analyzed using the logarithmic form of the Freundlich isotherm as shown below: {text{Log}};q_{text{e}} {text{ = log }}K_{text{f}} frac{ 1}{n} {text{log }}C_{text{e}} (16 where K f (mg/g) and n are Feundlich constants incorporating all factors affecting the adsorption process such as adsorption capacity and intensity of adsorption.