Ex parte JENG et al. - Page 2




              Appeal No. 1996-2690                                                                                         
              Application 07/967,787                                                                                       


                     1.   A method for forming a crosslinked polymer which exhibits second order                           
              nonlinear optical properties, comprising the steps of:                                                       
                     a) combining a host polymer, which includes a second order nonlinear optical                          
              component covalently bonded to the host polymer, with a guest crosslinking agent;                            
                     b) exposing the combined host polymer and guest crosslinking agent to an electric                     
              field to pole the second order nonlinear optical component of the host polymer, whereby                      
              the host polymer exhibits second order nonlinear optical properties; and                                     
                     c)   exposing the host polymer and the guest crosslinking agent to electromagnetic                    
              radiation to cause the guest crosslinking agent to crosslink the host polymer, thereby                       
              forming a crosslinked polymer which exhibits second order nonlinear optical properties.                      
                     2.  The method of Claim 1 wherein the crosslinking agent will exhibit second order                    
              nonlinear optical properties upon exposure to an electric field.                                             
                     37.  A crosslinked polymer which exhibits second order nonlinear optical properties                   
              and which is formed by a method, comprising the steps of:                                                    
                     a) combining a host polymer, which includes a second order nonlinear optical                          
              component covalently bonded to the host polymer, with a guest crosslinking agent;                            
                     b) exposing the combined host polymer and guest crosslinking agent to an electric                     
              field to pole the second order nonlinear optical component of the host polymer, whereby                      
              the host polymer exhibits second order nonlinear optical properties; and                                     
                     c) exposing the host polymer and the guest crosslinking agent to electromagnetic                      
              radiation to cause the guest crosslinking agent to crosslink the host polymer, thereby                       
              forming a crosslinked polymer which exhibits second order nonlinear optical properties.                      
                     The references relied upon by the examiner are:                                                       
              Ulman et al. (Ulman)         4,792,208                    Dec.  20, 1988                                     
              Reck et al. (Reck), "Crosslinked Epoxy Polymers with Large and Stable Nonlinear Optical                      
              Susceptibilities," Nonlinear Optical Properties of Organic Materials II, Vol. 1147, pp. 74-                  
              82, 1989.                                                                                                    
                                              GROUNDS OF REJECTION                                                         

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