|  | 
                                  
                                    | M. 
                                      SIDQI, H. BALARD, E. PAPIRER, A. TUEL, H. HOMMEL, A.P. LEGRAND Study of modified silicas by inverse gas chromatography.
 Part 3. Influence of chain length on the conformation of n-alcohols
 grafted on a pyrogenic silica.
 Chromatographia (1989), 27, 311-315.
 |  
                                    
                                      | J.B. 
                                        DONNET, M. J. WANG, A. VIDAL, E. PAPIRER Modification of silica surfaces by grafting of alkyl chains.
 Part III. Particle/particle interactions: Rheology on silica 
                                        suspensions
 in low molecular weight analogs of elastomers.
 Colloids and Surfaces A (1989), 40, 279-291.
 |  
                                    
                                    
                                      
                                        | M. 
                                          ZABORSKI, A. VIDAL, G. LIGNER, H. BALARD, E. PAPIRER, A. BURNEAU Comparative study of the surface hydroxyl groups of fumed 
                                          and precipitated silicas
 Part I: Grafting and chemical modifications.
 Langmuir (1989), 5, 447-451.
 |  
                                      
                                        | E. PAPIRER, G. LIGNER, A. VIDAL, H. BALARD, F. MAUSS Surface energy of silicas and alumina modified by heat treatment.
 "Chemically modified oxide surfaces", Ed. E. 
                                            Leyden, W.T. Collins,
 Gordon & Breach Sci. Publ., N.Y. (1990), 15-26.F.
 |  
                                      
                                        | JOACHIM, 
                                          A. VIDAL, E. PAPIRER Characterization of modified silica surfaces by FTIR and inverse 
                                          gas chromatography.
 "Chemically modified oxide surfaces", Ed. E. 
                                            Leyden, W.T. Collins,
 Gordon & Breach Sci. Publ., N.Y. (1990), 361-374.
 |  
                                      
                                        | G. 
                                          LIGNER, A. VIDAL, H. BALARD, E. PAPIRER Variation of the specific interaction capacity of heat 
                                          treated amorphous
 and crystalline silicas.
 J. Colloid & Interface Science (1990), 134, 
                                          486-396.
 |  
                                      
                                        | G. LIGNER, M. SIDQI, J. JAGIELLO, H. BALARD, E. PAPIRER Characterization of the specific interaction capacity of solid 
                                          surfaces by adsorption
 of alkanes and alkenes. Part II. Adsorption on crystalline 
                                          silica layer surfaces.
 Chromatographia (1990), 29, 35-38.
 |  
                                      
                                        | A.P. LEGRAND, H. HOMMEL, A. TUEL, A. VIDAL, H. BALARD, 
                                          E. PAPIRER, P. LEVITZ, M. CZERNICHOWSKI, R. ERRE, H. VAN DAMME,J.P. GALLAS,
 J.F. HEMIDY, J.C. LAVALLEY, O. BARRES, A. BURNEAU,Y. GRILLET
 Hydroxyles des silices divisées.
 Adv. Colloid Interface Sci. (1990), 33, 
                                          91-330.
 |  
                                      
                                        | J. 
                                          JAGIELLO, G. LIGNER, E. PAPIRER Characterization of silicas by inverse gas chromatography 
                                          at finite concentration.
 Determination of the surface energy sites distribution.
 J. Colloid & Interface Science (1990), 137, 
                                          128-136.
 |  
                                      
                                        | A. 
                                          TUEL, H. HOMMEL, A.P. LEGRAND, H. BALARD, M. SIDQI, E.PAPIRER Conformations of a-w diols and n-alcohols grafted on silica 
                                          studied
 by solid state 13C NMR.
 Colloids and Surfaces A (1991), 58, 17-31.
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                                      |