Abstract: A system and method for tracking and reporting the flow of funds between participants in an academic health center including a school of medicine, a hospital and a faculty clinical practice. The participants identify transactions between the participants and other entities. The participants then list all of the sources of funds and uses of funds for each department within an participant. The lists are analyzed to generate departmental sources of funds and uses of funds statements. The flow of funds include normalized hidden sources of funds, such as unreimbursed expenses. The lists are used to generate standardized and customized departmental statements. Using the standardized departmental statements and participant statements, departmental and participant ratios cab be generated. The ratios allow the participants to compare the participant's departments with each other as well as with other participant's departments and with other academic health centers.

Abstract: A nickel base superalloy composition consisting essentially of, in weight %, 9.3-10.0% Co, 6.4-6.8% Cr, 0.5-0.7% Mo, 6.2-6.6% W, 6.3-6.7% Ta, 5.45-5.75% Al, 0.8-1.2% Ti, 0.07-0.12% Hf, 2.8-3.2% Re, and balance essentially Ni wherein a carbon concentration of about 0.01 to about 0.08 weight % is provided for improving the cleanliness of a single crystal investment casting produced therefrom.

Abstract: A nickel base superalloy composition consisting essentially of, in weight %, 9.3-10.0% Co, 6.4-6.8% Cr, 0.5-0.7% Mo, 6.2-6.6% W, 6.3-6.7% Ta, 5.45-5.75% Al, 0.8-1.2% Ti, 0.07-0.12% Hf, 2.8-3.2% Re, and balance essentially Ni wherein a carbon concentration of about 0.01 to about 0.08 weight % is provided for improving the cleanliness of a single crystal investment casting produced therefrom.

Abstract: A needle having three fluted edges, all of the same angular size. The needle presents a five sided cross-section at a tapered end. This results in easier tissue penetration, reduced cross-sectional needle area, better wound opening area performance, and minimized tissue distortion. In an alternate embodiment, the flat surface from which the taper is formed is on the inside of the needle so that the outer fluted edges are formed outside that configuration.

Abstract: A needle having three fluted edges, all of the same angular size. The needle presents a five sided cross-section at a tapered end. This results in easier tissue penetration, reduced cross-sectional needle area, better wound opening area performance, and minimized tissue distortion.

Abstract: A continuous metal caster cooling system is provided in which water is supplied in jets from a large number of small nozzles 19 against the inner surface of rim 13 at a temperature and with sufficient pressure that the velocity of the jets is sufficiently high that the mode of heat transfer is substantially by forced convection, the liquid being returned from the cooling chambers 30 through return pipes 25 distributed interstitially among the nozzles.

Abstract: A cathode ray tube has a thin flexible circuit (48) comprising one or more films of polyimide with a plurality of conductive tracks deposited directly thereon for establishing electrical connection between a multi-pin lead through (45) passing through the wall of the tube's envelope (31) and terminals of electrically operable components within the envelope, e.g. electron gun (35) and beam-deflection electrodes (36,39 and 40). A number of track-carrying films may be stacked together to form a laminate structure. Such a flexible circuit avoids outgassing problems and, being thin and flexible, occupies minimal space and is easily routed around internal components to ease assembly.

Abstract: A leak-tight noncontaminative joint connecting a section of titanium, tantalum, zirconium or stainless steel tubing with second section of titanium, tantalum, zirconium or stainless steel tubing of a larger diameter is formed by placing a compressible O-ring, a slidable, nontitanium, nontantalum, nonzirconium or nonstainless steel ferrule and a fixed, nontitanium, nontantalum, nonzirconium or nonstainless steel mechanical stop around the outer surface of the smaller tubing and inserting the smaller tubing into the larger tubing so as to compress the O-ring between the two sections, until the ferrule, which conformably engages the inner surface of the larger tubing, is driven firmly against the mechanical stop. In this arrangement the fluid being transported within the titanium, tantalum, zirconium or stainless steel tubings is unable to pass by the O-ring and thus does not contact either the nontitanium, nontantalum, nonzirconium or nonstainless steel ferrule or stop.