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 xx
 FIGURE  CREDITS   FIGURE CREDITS                                        xx,
 Figure  3.5  From  C.  \V,  Skarstrom  m  Recent  Deue/opments  m  Sepamtton   Figure  5.Jl  Reprinted  with  pcrm1ss1on  from  M.  Suzuki,  A!Chf!:  .5\ tn/J.  Ser.
                                                                    1
 Science  Vol  2,  o.  95,  N.  N.  Li,  ed.,  CRC  Press,  Cleveland,  OH  (1975).   81  (242).  67  (I 985).  Copynghl Amencan Institute of Chemical  Engmcers.
 Reonnted with oenmss1on  of the copynght holder, CRC Press,  Boca  Raton,
 FL.        Figure  5.13  Reorinted  with  permission  from  S.  1.  Doong  and  R. _ T.  Yang,
            A!ChE JI  32.  397  (] 986).  Copynght  Amencan  Institute  of  Chemical  Engi-
 Figure  3.10  From  J.  C.  Davis,  Chem,ca/  Engmeenng,  Oct  16th,  1972  o.  88.   neers;  and  from  p_  Cen  and  R.  T.  Yang,  ind.  Eng.  Chem.  Fund  25.  758
 Excerpted from Chem,cal Engmeermg  by soec1al oerm1ss1on.  Copyright {1972)   ( I 986).  Copynght  1986,  American  Chemical  Society.
 McGraw  Hill  Inc.,  New York,  NY  10020
            FiJ?Urc 5.14  Reprinted  from  the  PhD thesis of P.  M.  ~spitaiicr-Nocl,  lJn1ver-
 Figure  3.14  Rcprinlt;d  wilh  pcnrnss1on  from  R.  T.  Yang  anti  S.  J.  Doong,   s1ty  of Surrey ( I 988),  with  kind  nerm1ss10n  of the  autt10r.
 A/Cl,E JI  31,  1829  (1985).  Copynght  American  Institute  of Chcm1cai  Engi-
 neers.
 Figures 3.15 and 3.16  From  K.  Knoblauch,  Chemrcal  Engmeermg  85  (25),  87   Chapter 6
 (1978).  Exceroted  from  Chemical  Engmeenng  IJy  special  oerm1ss1on.  Copy-
 nght (1972) McGraw  Hill  Inc.,  New  York,  NY  10020.   ·Figures  6.2  and  6.3  Reonnted  with  perrn1ss1on  from  D.  H.  White  and  G._
 Figure  3.19  From  A.  Kapoor  and  R.  T.  Yang,  Chem.  En~.  Set.  44  1723   Barclay, Chem.  Eng.  Pro~.  85 (1),  25  (1989).  Copyright American  Institute ot
 ( 1989).  Reprinted  with  pcrm1ss1on  of Pergamon  Press  PLC.   Chcm,cal  Engineers.
            Figure  6.4  From  C.  W.  Skarslrorn  in  Ru,m!  /J(!/!l!lo1mwnts  m  Separat1m~
 Chapter 4   Science,  Voi.  2,  N.  N.  Li,  ed., p,  95,  CRC Press, Cleveland (1975).  Reprinted
            with  permission of the  copyright  holder,  CRC Press  Lnc ..  Boca  Raton.  FL.  _
            Figure 6.7  From J. Smnlarck and  M.  J.  Campbell  i'n  Gas Sr•rwrauon  Tt.•_cflnol-
 Figure 4.24  From A  E.  Rodngues, J.  M.  Loureiro,  and  M.  D.  Le  Van,  Gas
            ogy,  p.  28,  E.  F.  Vansant and  R.  Dewolfs.  eds.,  Elsevier,  Amsterdam (1990).
 Seoaratwn  and  P11rificat10n  5,  115  (1991).  Reprmted  with  permission  of the
 publishers,  Butterworth-Heinemann  Inc.   Reprmted with  permission  of Elsevier Science  Publishers  BV_
            Figures 6.10  (a)  and  (c)  and  6.11  From  S._  Sircar rn  Adsorptwn Sctence and
 Figure 4.25  From Z.  P.  Lu,  J.  M.  Loureiro,  A  E.  Rodngues, and  M.  D.  Le
             Technology,  NATO  AS!  E158  p_  285.  A  E.  Rodrigues,  M.  D.  Le  Van.  and
 Van,  Chem.  Eng.  Sc1.  48,  (1993).  Reormted  with  permission  of  Pergamon
 Press PLC.   D.  Tondeur  eds ..  Kluwer,  Dordrecht  (1989).  Repnnted  with  oerm1ss1on  of
             Kluwer, Academic  Publishers.
 Figure  4.26  From  D.  M.  Scott,  Clwm.  Eng.  Sn.  46,  2977.(1991).  Reprinted
             Figure  6.13  From  T.  Tomita,  T.  Sakamoto,  U.  Ohkamo,  and  M.  Suzuki  rn
 with  pcrm1ss1on  of Pergamon  Press PLC.
            Fundamentals  of Adsorptwn  II,  p.  569  (1986),  A.  L  Liapis,  eds.  Reprinted
 Figure 4.27  From J.  Hart,  M.  J.  Baltrum, and W. J. Thomas, Gas Sevarat,on
             with  permission of the  Engmeenng Foundation.
 and Purificatwn  4,  97  (1990).  Reonnted  with  oerm1ss10n  of the  publishers,
 Butterworth-Hememann Inc.   Figure  6.16  From  E.  Pilarczyk  and  K.  Knoblauch  m  Seoaratwn _TechnoioSJ}'',
             p. 522 (1987),  N.  Li  and H. Strathmann, ed.  Reprinted with penmss1on of the
             Engineering Foundation.
 Chapter 5   Figure  6.17  From  H.  J.  SchrOter  and  H.  Juntgen  1n  Adsomcwf/.  Sctence  and
                                                      1
             Technoiogy  NATO  AS!  El58  o.  281  (1989).  Reonnted  with  oermiss1on  of
 Figure  S.J  (a)  Reonnted  from  the  PhD  thesis  of  P.  M.  Eso1talicr-Noei,   Kluwer, Acactem1c  Publishers.
 Umvers1ty of Surrey (1988); (b) Reprinred from  the  PhD thesIS of H. S.  Shin,   Figure 6.18  From  E.  Pilarczyk and  H.J. Schr6ter i'n  Gas Se.narat1on  Tecim?~-
 Umvernty of Ohio 0988); with kind oerm1ss10n  of the authors.   OJff,  o.  271  (1990),  E.  F.  Vansanc  and  R.  Dewolfs,  eds.  Repnnted  with
 Figure  5.2  From  A.  Kapoor  and  R.  T.  Yang,  Chem.  Eng.  Sc1.  44,  1723   oerm1ss1on  of Elsevier Science  Publishers BY.
 (1989).  Reormtect with  oerm1ss1on  of Pergamon  Press PLC.   Figure 6.19  Reonnted with perm1ss10n  from  R. T. Cassidv a_nd  E.  S.  Holmes,
 Figure 5 . .5  Reprinted with  permission from P.  L. Cen, W.  N.  Chen, and R.  T.   A!ChE  Symp.  Ser  80  (233),  74  (1984).  Copynght  Amencan  Institute  of
 Yang,  Ind.  Eng.  Chem.  Process  Design  De1.'elo,--,.  24,  1201  (1985).  Copynght   Chemical  Engmccrs.
 19R5,  Arnencan Chemical Soc1ctv.   Figure 6.20  From S.  Sircar m  Adsorpiwn and TechnoloKy, p. 285,  NATO AS~
             158. A. E.  Rodngues. M.  D.  Le Van, and D. Tondeur, eds., ( 1989).  Reonntect
 Figures  5.6  and 5.7  From  A.  Kapoor  and  R.  T.  Yang,  Chem.  Eng.  Ser.  44,
             with  permission  of Kluwer,  Acadcrmc Publishers;  and  from  R.  Kumar et al.,
 1723  (1989).  Repnnted with perm1ss1on  of Pergamon  Press PLC.
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