Abstract:
A plurality of organometallic compounds (12-18) are converted into vapors and are mixed along with combustion gases (32-38) to form a vapor stream that flows along through pipe (40). This vapor stream burns at burner (42) to form soot (50). This soot (50) deposits onto rotating substrate (60) so as to form a consolidated oxide layer.
Abstract:
A plurality of organometallic compounds (12-18) are converted into vapors and are mixed along with combustion gases (32-38) to form a vapor stream that flows along through pipe (40). This vapor stream burns at burner (42) to form soot (50). This soot (50) deposits onto rotating substrate (60) so as to form a consolidated oxide layer.
Abstract:
A planar optical device connector (10) and a method for making the same is disclosed in which a connector body (12) contains an annulus (14) for receiving a planar optical device (16) and datums (18) to which the planar optical device (16) is actively aligned. After the planar optical device (16) has been aligned to the datums (18), it is secured to the annulus (14).
Abstract:
A plurality of organometallic compounds (12-18) are converted into vapors and are mixed along with combustion gases (32-38) to form a vapor stream that flows along through pipe (40). This vapor stream burns at burner (42) to form soot (50). This soot (50) deposits onto rotating substrate (60) so as to form a consolidated oxide layer.
Abstract:
A plurality of organometallic compounds (12-18) are converted into vapors and are mixed along with combustion gases (32-38) to form a vapor stream that flows along through pipe (40). This vapor stream burns at burner (42) to form soot (50). This soot (50) deposits onto rotating substrate (60) so as to form a consolidated oxide layer.
Abstract:
A planar optical device connector (10) and a method for making the same is disclosed in which a connector body (12) contains an annulus (14) for receiving a planar optical device (16) and datums (18) to which the planar optical device (16) is actively aligned. After the planar optical device (16) has been aligned to the datums (18), it is secured to the annulus (14).