This work is a contribution to understand the taste mechanism of caffeine molecule using a
modeling of a putative adsorption process by model expressions established by a statistical …

In this work, physical statistical models were employed to provide reasonable information
regarding the adsorption of naproxen onto different activated carbons. The activated …

Atrazine and diuron are two pesticide compounds with very low surface interaction capacity,
whose adsorption efficiency remains a challenge in environmental remediation applications …

In this work, two experimental dose-response curves of lyral molecules on the OR10J5 and
the Olfr16 were employed in order to examine the evolution of physico-chemical parameters …

In this paper, an advanced statistical physics adsorption model (double-layer model with two
energies) is successfully established. On the basis of this model, statistical thermodynamic …

In the biosensor system, olfactory receptor sites could be activated by odorant molecules
and then the biological interactions are converted into electrical signals by a signal …

An adsorption mechanism of three odorants, namely musk tibetene, muscone and
dihydrocivetone, on the human musk olfactory receptor OR5AN1 has been investigated …

The investigation of the adsorption process putatively involved in the olfactory perception of
apocynin, guaiacylacetone, homovanillyl alcohol, 4-ethylguaiacol and homoguaiacol …

This study focuses on the removal of phenol from aqueous media using Agouraï clay (Fes-
Meknes-Morocco region) and Geulmima clay (Draa Tafilalet region). The characterization of …

In the present paper, statistical physics formalism was used to understand the olfactory
perception via the investigation of dose-olfactory response curves of a putative adsorption …