Abstract: Ceramic fibers may be produced by the electrophoretic deposition of metal oxide upon a conductive fiber core, which core may be subsequently removed.

Abstract: A method is taught for the preparation of ceramic fibers by electrophoretic deposition of metal oxide upon a conductive fiber core, which core may be subsequently removed.

Abstract: A method is taught for the preparation of ceramic fibers by electrophoretic deposition of metal oxide upon a conductive fiber core, which core may be subsequently removed.

Abstract: Fuel contacting surfaces of a gas turbine engine are protected from carbon deposition by the application of a coating of alumina and silica thereto from a sol gel specifically formulated for this purpose.

Abstract: A method is taught for protecting fuel contacting surfaces of a gas turbine engine from carbon deposition by the application of a coating of alumina and silica thereto from a sol gel specifically formulated for this purpose.

Abstract: Ceramic coated fibers may be produced by the electrophoretic deposition of metal oxide coatings on a conductive fiber core.

Abstract: A method is taught for the preparation of metal oxide sols particularly suited for the electrophoretic deposition of metal oxide coatings upon a fiber core.

Abstract: A method is taught for the electrophoretic deposition of metal oxide coatings upon a conductive fiber core.

Abstract: A method is taught for protecting the surface of a metal subject to hydrogen embrittlement from hydrogen absorption. An adherent coating is formed on the surface of the metal substrate by heating the substrate, applying thereto a colloidal alumina suspension in a vaporizable carrier, and further heating said substrate and applied alumina suspension at an elevated temperature to form a protective alumina coating. Dopants may be employed to increase the inhibition of hydrogen diffusion through the alumina coating.

Abstract: A pressure compensator for maintaining essentially constant flow rates in an IV system having a source of IV fluid and a controller. The compensator is connectable to the controller and has a housing with a flexible membrane extending transversely therein defining opposite control chambers. One control chamber communicates with the source of IV fluid and also connects the inlet of the flow controller. The second control chamber receives the regulated flow from the control valve. The second control chamber is generally conical or convex sloping to an outlet port which is connected to the tubing line leading to the patient. The outlet from the second chamber is smaller than the inlet to the second chamber and the diaphragm serves to control the flow to the patient compensating for pressure changes such as a change in fluid head. The configuration of the second chamber and the configuratoin of the outlet in the second chamber minimize air entrapment and provide greater flow capacity.

Abstract: A drum tensioning system adapted to place a minimum of stress on the drum shell has a plurality of C-shaped clips acting on the counterhoop to apply tension to the drum head. The head passes over a cylindrical side wall which has flanges extending radially outwardly. The tensioning bolts pass through apertures in the flanges directly beneath the C-clips and are threaded into the base of the C-clips. The C-clips and counterhoop have mating surfaces which provide stability to the system. The side wall is attached to the drum shell.

Abstract: An electrooptical system and technique for direct quantitative measurement of the mass concentration of monodisperse aerosols by means of filling an enclosed chamber with a cloud or a sequence of separate clouds of essentially transparent and spherical, aerosolized particles or droplets of known density and known or selectively controlled particle size. While within the confines of the chamber the cloud, or each of the sequence of clouds, of aerosolized particles is maintained in a homogeneous condition and irradiated with a beam of high-intensity and constant wavelength irradiation selected to possess a wavelength to particle size ratio wherein attenuation of the irradiation will be almost exclusively, if not nearly entirely, attributable to optical scattering.

Abstract: A method of impact printing onto a receiving sheet on a platen by supplying powder to the sheet for pressure fixture by type face impact. The powder is temporarily held to the sheet by either electrostatic or magnetic force. In an alternate embodiment, the powder is held on the type face by electrostatic or magnetic force.

Abstract: The method of and means for the production of markers for the cutting of fabric or material in the garment or allied industries comprising forming a latent electroscopic image pattern on the surface of a dielectric master and toning the image with a primary toner and transferring the primary image toner to a conductive receiving member and fixing and then toning the fixed image with a secondary toner and transferring optionally to the fabric or material or to multiple copy members for marking fabric or material.

Abstract: Cathode sputtering apparatus for coating articles which are rotated within a vacuum sputtering chamber and which are electrically biased includes a shaft for supporting the articles to be coated, wherein the shaft is supported by a plurality of non-lubricated bearings disposed within the vacuum chamber, at least one of the bearings being designed to conduct electricity to the shaft, that bearing being a thrust bearing supported by and in electrical contact with a bearing support plate and having races and rolling elements preferably made from either molybdenum or tungsten which are very hard materials with low electrical resistivity.

Abstract: A high foaming germicidal detergent composition suitable for use in dishwashing and in the cleaning and disinfecting of hard surfaces is obtained by combining essentially a quaternary ammonium compound having a formula ##STR1## wherein R.sub.1 and R.sub.2 are alkyl groups each having 9 to 11 carbon atoms; R.sub.3 and R.sub.4 can each be an alkyl group, an alkyl ether group or a hydroxyalkyl group having 1-3 carbon atoms, or a benzyl group; and X.sup.- is Cl.sup.-, Br.sup.-, I.sup.-, NO.sub.3.sup.-, 1/2 SO.sub.4.sup.2-, CH.sub.3 SO.sub.4.sup.-, C.sub.2 H.sub.5 SO.sub.4.sup.-, 1/2 HPO.sub.4.sup.2 or CH.sub.3 COO.sup.- ;and a co-surfactant selected from the group consisting of short chain anionic surfactants having 3-8 carbon atoms in the hydrophobic group, low alkoxylated nonionic surfactants having 0-4 ethylene oxide and/or propylene oxide groups in the molecule, and mixtures thereof.

Abstract: Apparatus for mounting a workpiece to be coated in a cathode sputtering device is disclosed. Various construction details enable effective masking or shielding of a portion of the workpiece from coating deposition. In detailed form a box-like member circumscribes the platform of a blade or vane to be coated and encases the attachment section of the blade or vane.

Abstract: Apparatus and methods for depositing a coating on a substrate are disclosed. Cathode sputtering techniques for rapidly depositing a relatively thick coating, of controllable and variable composition using multiple cathodes on a substrate having a complex geometry are developed. The apparatus employed includes a sputtering chamber formed between a center, post cathode, a hollow cylindrical cathode and supplemental cathode targets of a different composition.

Abstract: A method for producing a cooled sputtering target assembly is described. The resultant target is also described. The material to be sputtered is provided in the form of powder which is hot isostatically pressed in a toroidal metallic container under conditions which promote compaction and bonding of the powder particles to form a fully dense material. The container is then partially removed from the target material except for a remnant around the outer surface. A cooling jacket is then fabricated and attached to the remnant of the container.

Abstract: A method of manifold copying using recording members having a dielectric surface on one side and surface of relatively lower resistivity on the opposite surface, which comprises forming a pack by placing sheet on sheet with the dielectric surfaces facing one way so that each dielectric surface excepting on one outer sheet is in contact with the lower resistivity surface of the next sheet, then placing the pack on a support with the lower resistivity surfaces on each sheet facing the support, then contacting the sheet further removed from the support with pressure imaging means, thereby to form a latent image on each dielectric surface, then separating the sheets of the pack and developing the latent image on each sheet by attracting thereto electroscopic marking particles.