Abstract: In an embodiment, a data processing method comprises generating and displaying, on a computing device, a graphical user interface comprising a plurality of item summary tiles and a set of favorites buckets, wherein each of the item summary tiles graphically displays a plurality of attributes of a different items, wherein the set of favorites buckets is displayed in a fixed position adjacent to the item summary tiles; receiving first input specifying adding a particular item among the different items to the set of favorites buckets and, in response thereto, storing data identifying the particular item in storage associated with the set of favorites buckets and displaying a graphical representation of the particular item in an available one of the favorites buckets; receiving second input specifying sharing the set of favorites buckets and, in response thereto, automatically creating an electronic mail message having a message body that comprises a plurality of hyperlinks, wherein each of the hyperlinks identif

Abstract: In an embodiment, a data processing method comprises generating and displaying, on a computing device, a graphical user interface comprising a plurality of item summary tiles and a set of favorites buckets, wherein each of the item summary tiles graphically displays a plurality of attributes of a different items, wherein the set of favorites buckets is displayed in a fixed position adjacent to the item summary tiles; receiving first input specifying adding a particular item among the different items to the set of favorites buckets and, in response thereto, storing data identifying the particular item in storage associated with the set of favorites buckets and displaying a graphical representation of the particular item in an available one of the favorites buckets; receiving second input specifying sharing the set of favorites buckets and, in response thereto, automatically creating an electronic mail message having a message body that comprises a plurality of hyperlinks, wherein each of the hyperlinks identif

Abstract: Fuel injection apparatus 54, for a gas turbine engine, includes pilot fuel injection circuits 42 which supply pilot injectors 44 with fuel from a manifold 60, through a pilot control valve 46. The state of the control valve 46 is set by pneumatic pressure in the manifold 56. Main injectors 50 are supplied with fuel from the manifold 60 by main injection circuits 48, through main valves 52. The state of the main valves 52 is set by hydraulic pressure in a manifold 58. Accordingly, control signals to the valves 46, 52 are conveyed independently by means of the pneumatic manifold 56 and the hydraulic manifold 58.

Abstract: Methods have been developed to produce phosphazene modified organic or siloxane polymers. The method includes (a) providing an organic or siloxane polymer comprising phosphine units, and (b) reacting the organic or siloxane polymer with a phosphazene azide compound under conditions wherein the phosphazene azide compound is bound to the phosphine unites in the polymer, thereby producing the phosphazene-modified organic or siloxane polymer. The organic polymer of step (a) is produced by reacting a first monomer comprising phosphine with a second monomer via free radical or anionic polymerization techniques to produce the organic polymer comprising phosphine units. The first and second monomers can be identical. A wide variety of organic polymer backbones can be modified using these techniques.

Abstract: Methods have been developed to produce phosphazene modified organic or siloxane polymers. The method includes (a) providing an organic or siloxane polymer comprising phosphine units, and (b) reacting the organic or siloxane polymer with a phosphazene azide compound under conditions wherein the phosphazene azide compound is bound to the phosphine units in the polymer, thereby producing the phosphazene-modified organic or siloxane polymer. The organic polymer of step (a) is produced by reacting a first monomer comprising phosphine with a second monomer via free radical or anionic polymerization techniques to produce the organic polymer comprising phosphine units. The first and second monomers can be identical. A wide variety of organic polymer backbones can be modified using these techniques.