[1] | KUNIN R.The use of macroreticular polymeric adsorbentsfor treatment of waste effluents[J].Pure&Appl Chem,1976,46(2):205-211. | [2] | ½����,��ѧ��,��ȫ��,��.��֬�����������ɢ��NKF�ѻ�ĸҺ[J].��������,2002,22(6):342-346. | [3] | �ź�,Ҷ�ػ�,�½���,��.��֬�����������Ȼ��������еĸ�������[J].��������,2003,23(6):336-340. | [4] | PHULL K.K,HAO O J.Nitrotoluenesulfonic acid:UV,IR,and NMR properties and rate studies of wet airoxidation[J].Ind Eng Res,1993,2:1 772-1 779. | [5] | GUTHRIE J P.Hydrolysis of esters of oxy acids:pKavaluesfor strong acids;Br��nsted relationship for attack of water atmethyl;free energies of hydrolysis of esters of oxy acids;and a linear relationship between free energy of hydrolysisand pKaholding over range of 20pK units[J].Can JChem,1978,56:2 342-2 354. | [6] | ������,��־�,��ԴƼ,��.6-������ù��������������������֬IRA67�ϵ������о�[J].���ӽ���������,2003,19(3):277. | [7] | HO Y S,NG J C Y,McKAY G.Kinetic of pollutantsorption by biosorbents:Review[J].Sepa Purif Methods.2000,29(2):189-232 | [8] | CHIOU M S,LI H Y.Equilibrium and kinetic modeling ofadsorption of reactive dye on cross-linked chitosan beads[J].J Hazardous Materials.2002,93(2):233-248 | [9] | DOGAN M,ALKAN M.Adsorption kinetics of methyl violetonto perlite[J].Chemosphere.2003,50:517-528 | [10] | AHARONI C,SPARKS D L.Kinetics of Soil ChemicalReactions��A Theoretical Treatment.In Rates of SoilChemical Processes[M].Madison,WI:Soil Science Societyof America,1991,1. | [11] | SEEBER G,BUCHMEISER M R,BONN G K,et al.Determination of airborne,volatile amines from polyurethanefoams by sorption onto a high-capacity cation-exchange resinbased on poly(succinic acid)[J].J Chromatogr A.1998,809(1/2):121- | [12] | ZAKI A B,EL-SHEIKH M Y,EVANS J,et al.Kinetics andmechanism of the sorption of some aromatic amines ontoAmberlite IRA-904 anion-exchange resin[J].J Colloid&Interface Sci.2000,221:58-63 |
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