Ex Parte Meagley et al - Page 4




             Appeal No. 2006-0367                                                                                   
             Application No. 10/353,506                                                                             

                    11. Claim 17 follows, with references to corresponding element of the appellants'               
             figures or passages of his specification added thereto:                                                

                    17. A method comprising:                                                                        
                           covering a semiconductor structure [15] with a thermally                                 
                    decomposing layer [14];                                                                         
                           forming a cover [12] including spin-on glass over said thermally                         
                    decomposing layer [14];                                                                         
                           densifying [sic] the cover [12]; and                                                     
                           thermally decomposing the thermally decomposing layer [14]                               
                    underneath said cover [12].                                                                     


                    12. According to the appellants' specification (p. 4, l. 16 - p. 5, l. 2.), the cover           
             "layer 12 may be sufficiently porous to facilitate the exhaustion of the decomposed                    
             sacrificial layer 14 upon heating.  A thin layer of hydrogen silsesquioxane (HSQ) or                   
             methylsilsesquioxane (MSQ) spin-on glass (SOG) may be utilized as the capping                          
             layer 12."                                                                                             


                    13. "After being cured, the HSQ or MSQ layer 14 may be exposed to electron                      
             beam or plasma conditions to densify the HSQ or MSQ film to be like a silicon dioxide                  
             film."  (Spec., p. 5, ll. 2-5.)                                                                        



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