Shuaihua Chen, Hao Huang, Xuyang Yang, Han Wang, Mingtian Wei, Haixian Zhang, Ziqiang Wang, Zhang Yi
TeachMe: a web-based teaching system for annotating abdominal lymph nodes
Scientific reports
theoretical investigation delves analysis reactive red 2 rr2 adsorption isotherms metal hydroxide employing sophisticated doublelayer model characterized dualenergy levels within realm physical adsorption phenomena examination five distinct statistical physics frameworks undertaken elucidate modeling interpretation equilibrium data expression physicochemical parameters involved adsorption phenomena derived based statistical physics treatment fitting experimental adsorption isotherms 308333 k damtbs revealed number anchored molecules per site occupied receptor site density number adsorbed layers steric parameter n varies 092 105 importantly evidenced adhesion mechanism rr2 onto metal hydroxide determined estimated adsorption energies 40 kjmol supports spontaneous exothermic physisorption process thermodynamic potential functions entropy gibbs free energy internal energy computed based suitable model research advances physical understanding metal hydroxide captures dye molecules rr2 adsorption reaction water depollution treatment