Sentence examples for adsorption based on the from inspiring English sources
Adsorption based on the thermophysical measurements was implemented into the discrete particle model.
Predictions of batch and fixed-bed adsorption based on the characterization results were found to agree well with experiments.
In this work, the effect of metal-organic framework (MOF) structure of MOF-5 was investigated in hydrogen adsorption based on the degree of solvent exploitation and/or sample preparation procedures.
For both materials, predictions of multicomponent adsorption based on the steric mass action model were in good agreement with experimental results indicating that the different variants bind in competition with each other.
The same applies regarding adsorption based on the area of contact for stone.
Polymer solutions containing silica nanoparticles have less adsorption based on the weight percent than similar samples containing clay.
A method was proposed for determining the intrinsic heat of adsorption based on model I from the overall heat of adsorption based on model II.
In comparing the results of Fe(II) and Mn II) adsorption based on percentages changes, before and after the addition of adsorbent, it can reflect the qualitative transformation and migration mechanisms of the elements and speculate the adsorption mechanism of Fe(II) and Mn II) by RHA.
The Freundlich isotherm (Freundlich 1906) is employed to model the multilayer adsorption based on sorption onto heterogeneous surface and is given by q_{text{e}} = K_{text{f}} C_{text{e}}^{1/n} (3)where Kf (mg1−1/n L1/n g−1) is Freundlich constant indicative of the relative adsorption capacity of the adsorbent and n is the empirical parameter representing adsorption intensity of the adsorbent.
The pseudo-first-order is shown in Eq. (3) and it is used to describe liquid solid phase adsorption systems, and it is the earliest known kinetic model describing the adsorption rate based on the adsorption capacity (Oladoja and Helmreich 2014): log (q_{text{e}} - q_{t} ) = log (q_{text{e}} ) - frac{{k_{text{ad}} t}}{2.303}, (3).
In addition, in this adsorption system, the adsorption process based on the surface precipitation transformation reactions is irreversible.
