1- Lee, D. and Oyama, S. T.,(2002), Gas permeation characteristics of a hydrogen selective supported silica membrane, Membrane Science, Vol. 210, 291-306.
2- Burggraaf, A. J. and Cot, L.,(1996), Fundamentals of inorganic membrane science and technology,Membrane Science and Technology,Vol. 4, 1-690.
3- Chiang, H. L., Tsai, J. H., Chiang, D. H. &Jeng, F. T.,(2000), Diffusion of hydrojen sulfide and methyl mercaptan on to microporous alkaline activated carbon, Chemosphere, vol. 41, 1227-1232.
4- Do, D. D.,(1998), Adsorption analysis equation and kinetics, Imperial College Press, Department of Chemical Engineering, , University of Queensland, Australia.
5-Chiang, H. L., Chiang, P. C., Chiang, Y. C. & Chang, E. E.,(1999), Diffusivity of microporous
carbon for benzene and methyl ethyl ketone adsorption, Chemosphere, Vol. 38, 2733-2746.
6- Shi, J. Q. &Durucan, S.,(2003), A bidisperse pore diffusion model for methane displacement desorption in coal by CO2 injection, Fuel, Vol. 82, 1219–1229.
7- Huang H., Chen C. H., Xu L., Genuino H., Garcia M. J.,Garces H. F., Jin L., Kithongo C. K. and Suib S. L., (2010), Single-step synthesis of manganese oxide octahedral molecular sieves
with large pore sizesw,Chem. Commun., Vol. 46, 5945–5947.
8- Florescu, D., Stefanescu, I. &Stanciu, V.,(2006), Experimental study about molecular diffusion in porousstructures", Chemia., Vol. 9, 81-88.
9- Jayaraman, A., Chiao, A. S., Padin, J., Yang, R. T. & Munson, C.,(2002),Kenitic separation of methane- carbonedeoxid by molecular sievecarbone, Sepration science and technology, Vol 37, 2505-2528.
10- Chen, J., Loo, L.S., Wang, K. & Do, D. D., , (2009), The structural characterization of a CMS membrane using adsorption and permeation, Membrane Science, Vol. 335, 1-4.
11- Chihara, K. & Suzuki, M.,(1979), Control of micropore diffusivities of molecular sieving carbone by deposition of hydrocarbon,Carbon, Vol. 17, 339-343.
12- Hua Ma, Y. , Sun, W. , Bhandarkar, M. & Wang, J.,(1990), Adsorption and diffusion oxygen, nitrogen, methane and argon in molecular sieve carbons, DTIC.
13- Ruthven, D. M.,(1992), Diffusion of oxygen and nitrogen in carbone molecular sieve,Chemical Engineering Science, Vol. 47, 4305-4308.
14- Campo, M.C., Magalhães, F.D. & Mendes A., (2010),Comparative study between a CMS membrane and a CMS adsorbent:PartI—Morphology,adsorptionequilibriumandkinetics,MembraneScience, Vol. 346, 15–25.
15- Giesy, T. J &Levan, M. D., (2013), Mass transfer rate of oxygen, nitrogen and argon in carbon molecular sieve determinate by pressure- swing frequency respone, Chemical engineering science, Vol. 90, 250-257.
16-Weng, T. H., Tseng, H. H.& Wey, M. Y., (2010), Fabrication and cracterization of poly(phenyleneoxid)/SBA-15/carbon molecular sieve multilayer mixed matrix membrane for gas separation, International journal of hydrogen energy, Vol. 35, 6971-6983.
17- Singh, R. &Koros, W. J., (2013), Carbon molecular sieve membrane dual temperature doping secondary oxygen doping (DTSOD), Membrane science, Vol. 427, 472-478.
18- Kiyono, M., Williams, P. J ,Koros, W. J., (2010), EffectofpyrolysisatmosphereonseparationperformanceofCarbonmolecularsievemembranes, Mem. Sci., Vol. 359, 2-10.
19- Campo, M.C., Magalhães, F.D. & Mendes A., (2010), Carbon molecular sieve membranes from cellophane paper,Membrane Science, Vol, 350 180–188.
20- Karge, H. G. &Weitkamp, J.,(2008), Adsorption and diffusion, Molecular sieves science and technology, Vol. 8.
21- Veliev, E. V., Ozturk, T., Veli, S. &Fatullayev, A. G.,(2006), Application of diffusion model for adsorption of Azo reactive dye on pumice, Polish J. Environ. Stud., Vol. 15, 347-353.
22- Kyotani T, Ma Z, Tomita A. Template,(2003), synthesis of novel porous carbons usingvarious types of zeolites, Carbon, Vol.41,1451–9.
23- Glueckauf, E., (1955), Theory of chromatography, Trans. Faraday Sac.,Vol. 34, 1540-1551.
24- Yang, R. T.,(1997), Gas sepsration by adsorption processes, Imperial college press, Michigan, Vol. 1.
25- Li, Z. and Yang, R. T., (1999), Concentration Profile for Linear Driving Force Model for Diffusion in a Particle, AIChE , Vol.45.
26-Vermeulen, T.,(1953), Theory for Irreversible and Constant-pattern Solid Diffusion, Ind. Eng. Chem., 45, 1664.
27- Trgo, M., Peric, J. &Medvidovic, N. V., (2006), A comparative study of ion exchange kinetics inzinc/leadmodifiedzeolite-clinoptilolitesystems, HazardousMaterialsB136, 938–945.
28- Mahatantila, K., Seike, Y. & Okumura, M., (2011), Adsorptive removal of lead(II) ion using Natural Red Earth from its iron and aluminum oxide forms, Engineering Science and Technology, Vol. 3, 1655-1666.
29-Aleghafouri, A., Mohsen-Nia, M., Mohajeri, A., Mahdyarfar, M and Asghari, A., (2012), Micropore Size Analysis of Activated Carbons Using Nitrogen, Carbon Dioxide and Methane Adsorption Isotherms: Experimental and Theoretical Studies, Adsorption Science & Technology, Vol. 30 (4)307.
30- - Mohamed, A. R., Mohammadi, M. &Darzi, G. N. ,(2010), Preparation of carbon molecular sieve from lignocelluloses biomass: A review, Renew.Sustain. Energy Rev.,Vol. 14, 1591-1599.
31- Gergova, K., Petrov, N., Minkova, V., (1993), A comparison of ad-sorption characteristics of various activated carbon", Chem. Tech. Biotech., Vol. 56, 77–82.
32- Rodriguez-Reinoso, F., In: Lahaye J, Ehrburger P, editors, (1991),Fundamental issues in control of carbon gasification reactivity, Netherlands: Kluwer Academic, 533–571.
33- Gonzalez, J. D. L., Vilchez, F. M. & Rodriguez-Reinoso, F., (1980), Characterization of active carbons from olive stones, Carbon, Vol. 18, 413–418.
34- Meng, L. U. and Park, S. J., ( 2012), Investigation of Narrow Pore Size Distribution on Carbon Dioxide Capture of Nanoporous Carbons, Chem. Soc., Vol. 33, 3749-3755.
35- Thomas, S., Schafer, R., Caro, J. and Morgenstern, A. S. (2001), Investigation of mass transfer through inorganic membrane with several layers, Catalysis Today, Vol. 67, PP. 205-216.
36- Shepparda D.A., Buckley C.E., (2008), Hydrogen adsorption on porous silica, Int J
Hydrogen Energy, Vol., 33, 1688–92.
37- Gadkaree, K. P. &Jaroniec, M., (2000), Pore structure development in activated carbon honeycombs, Carbon, Vol. 38, 983–993.
38- Moreira, R.F.P.M., Jose, H.J. & Rodrigues, A.E., (2001), Modification of pore size in activated carbon by polymer deposition and its effects on molecular sieve selectivity, Carbon, Vol. 39, 2269–2276.
39- Campo, M.C., Magalhães, F.D. & Mendes, A., (2010), Separation of nitrogen from air bycarbonmolecularsievemembranes, MembraneScience,Vol. 350 ,139–147.
40- Reid,C.R., O’koye,I.P.&Thomas,K.M., (1998), AdsorptionofGasesonCarbonMolecularSievesUsedforAirSeparation.SphericalAdsorptivesasProbesforKineticSelectivity, Langmuir,Vol. 14, 2415-2425.
41-Trifonov, Y. &Golden,T., (1996), Non-linear kinetics of sorption of oxygen and nitrogen mixtures in carbon molecular sieve, jornal of porous materials, Vol. 3, 5-16.
42- Mostamand, A. &Mofarahi, M., (2011), Simulation of a Single Bed Pressure Swing Adsorption for Producing Nitrogen, Internatinal conference on chemical, biological and inviroment science, Bankokdec, 362-366.