| [ 1] SVENSSON H. Isoelectric Focusing, Analysis, and Characterizati on of Ampholytes in Natural pH Gradients : the Differential Eq uati on of Solute Concentrations at a S teady State and Its Solution for Simple Cases[ J] . Acta Chem. Scand. , 1961, 15: 325- 341.[ 2] SVENSSON H. Isoelectric Fractionation Analysis, and Characterization of Ampholytes in Natural pH Gradien ts : Buffering Capacityand Conductance of Isoelectric Ampholytes[ J] . Acta Chem. Scand. , 1962, 16: 456- 466.[ 3] VES TERBERG O. Synthesis and I soelectric Fractionation of Carrier Ampholytes[ J] . Acta Chem. Scand. , 1969, 23: 2653- 2666.[ 4] CAO Cheng -xi.Moving Chemical Reaction Boundary and Isoelectric Focusing : The Conditional Equations for Svensson- Tiselius Differential Eqution of Solu te Concentration Distribu tion in Idealized I soelectric Forcusing at Steady State[ J] . J. Chromatogr. A,1998, 813: 153- 172.[ 5] DEMAN J. Precipitation During Electromi gration of Ions[ J] . Anal. Chem. 1970, 42, 321- 324.[ 6] DEMAN J, RIGOLE W. Chemical Reaction During Electromigration of Ions[ J] . J. Phys. Chem. 1970; 74( 5) : 1122- 1126.[ 7] POSPICHAL J, DEML M, BOCEK P. Electrically Controlled Electrofocusing of Ampholytes Between Two Zones of Modified Electrolyte With Two Different Values of pH[ J] . J. Chromatogr. , 1993, 638, 179- 186.[ 8] CAO Cheng -xi. Stati onary Chemical Reaction Boundary: Theory and Analysis of Experimental Data[ J] . Acta Phys. - Chem. Sin. ,1997, 13: 843- 848.[ 9] CAO Cheng -xi. Moving Chemical Reaction Boundary Formed by Strong Reaction Electrolytes: Theory [ J] . Acta Phys. - Chem. Sin. , 1997; 13( 9) : 827- 832.[ 10] CAO Cheng -xi. Moving Chemical Reaction Boundary Formed by Weak Reaction Electrolytes: Theory [ J] . Acta Chem. Scand. ,1998, 52, 709- 713.[ 11] CAO Cheng -xi, ZHU J -H. Jugement Expressions for a Moving Chemical Reaction Boundary and Isoelectric Focusing [ J] . Acta Chem. Scand. , 1999, 53: 955- 962.[ 12] CAO Cheng - xi.Moving Chemical Reaction Boundary and Isoelectric Focusing : The Existence of ( or Quasi- ) Equal Transference Numbers ( or Fluxes) of Hydrogen and Hydroxyl Ions in Stationary Electrolysis and Svensson's Isoelectric Focusing[ J] . J. Chromatogr. A, 1998, 813: 172- 176.[ 13] CAO Cheng -xi.Moving Chemical Reaction Boundary and Isoelectric Focusing: Comparisons Between Transference Number s ( or Flu x es) of Hydrogen and Hydroxyl Ions in Stationary Electrolysis[ J] . Prog. Nat. Sci. , 1999, 9( 8) : 602- 609.[ 14] CAO Cheng - xi, CHEN W -K. A Theoretical and Experimentalstudy on the Relationships Between Kohlrausch Regulation Function and Moving Chemical Reaction Boundary[ J] . Chem. J. Chinese Univ. , 1999, 19 ( suppl. ) : 236.[ 15] CAO Cheng - xi, CHEN W -K. Experiments ofMoving Chemical Reaction Boundary Formed with Cobaltic and Hydroxyl Ions[ J] . Acta Chem. Scand. , 1998, 52: 714- 717.[ 16] CHEN W -K, LI R - Z, CAO Cheng - xi. The Pre- precipitate Zones ( or Disks) Occuring After Experiments of Moving Chemical Reaction Boundary Formed by Cobalt and Hydroxyl Ions[ J] . Acta Phys. - Chim. Sin. , 1998, 14( 9) : 852- 856.[ 17] CHEN W -K, BAI J -M, CAO Cheng -x i. An Apparatus With Continious Flows of the Anolyte and Catholyte For the Experimental Study of Moving Chemical Reaction Boundary[ J] . Acta Phys. - Chim. Sin. , 1998, 14( 10) : 913- 918.[ 18] CAO Cheng - xi, Z HOU Shu - lin, HE Y - Z, et al. An Optimized Method for the Experiment ofMoving Neu tralization Reaction Boundary and Electro- forcusing in Agarose gel[ J] . J. Chromatogr. A, 2000, 337- 347.[ 19] ZHOU Shu - lin, CAO Cheng -xi, et al. A Novel and Op timized Method for Electro- forcusing and Moving Neutralization Reaction Boundary Formed by HCl and NaOH[ J] . Chinese Chem. Let. , 2000 179- 182.[ 20] 周书林,曹成喜, 陈文魁,等. 强电解质形成的移动中和化学反应界面的实验研究[ J] , 吉首大学学报( 自然科学版) ,2000, 22( 1) : 47- 51.[ 21] CAO Cheng -xi, ZHOU Shu - lin, et al, Experimental Study onMoving Neutralization Reaction Boundary Created with the Strong Reactive Electrolytes of HCl and NaOH in Agarose Gel[ J] . J. Chromatogr. A, 2000, 891: 337- 347.[ 22] B. A.拉宾诺维奇,. .哈文,等著,尹承烈, 等译.简明化学手册[M] .北京: 化学工业出版社, 1983 514- 523.[ 23] 傅献彩,陈瑞华.物理化学(下册) [M] . 北京:高等教育出版社, 1980.[ 24] REIGENGA J C, KENNDLER E. Computational Simulation of Migration and Dispreti on in Free Capillary Zone Electrophoresis: .Description of the Theoretical Model[ J] . J. Chromtogr. A, 1994; 659: 403- 415.[ 25] FRIEDL W, REIGENGA J C, KENNDLER E. Ionic Strenth and Charge Number Correction for Mobilities and Two Empirical Equations in Capillary Electrophoresis[ J] . J. Chromtogr. A, 1995, 709: 163- 170.[ 26] CAO Cheng -xi. Comparisons Between the Mobilities of Small Salt Ions Obtained by Moving Boundary Method and Two Empirical Equatons in Capillary Electrophoresis[ J] . J. Chromtogr. A, 1997, 771: 374- 378.[ 27] CAO Cheng -x i. ProtonMobilities Obtained by Moving Boundary Method and an Empirical Equation in Capillary Electrop horesis[ J] .J. High Resol. Chromtogr. , 1997, 20( 12) : 7011- 702. |
