Alfred University

Other

University of Colorado

Robert L Snyder

Xingwu Wang

Donald L Flowers

Honghai Zhong

Atit Bhargava

Allen M Hermann

Arun Kumar Varshneya

William F Snyder

William J Davis

Larry Lambert

Randy Newman

Jemmy Hao

Hongmin Duan

John Simmins

Ryan Baker

A belt and neck holder for a container such as a can of paint which offsets the container from the wearer via a double axis gimbal mechanism to provide free axial rotation of the secured container to prevent spillage. The holder is detachable from the belt and neck and provided in different sizes to hold standard containers such as a gallon can of paint.

Self-righting container caddy

In accordance with this invention, there is provided an atmospheric process for the production of a ferritic coating or film. In the first step of this process, an aerosol mist containing reactants necessary to form the ferrite is provided. Thereafter, the mist is subjected to radio-frequency radiation while in the plasma region. Thereafter, the vaporized mixture is then deposited onto a substrate.

Process for preparing ferrite films by radio-frequency generated aerosol

A process for coating a superconductive film onto a substrate is provided. In the first step of this process, a solution of the reagents required to produce the superconductive material is subjected to ultrasonic sound waves to create an aerosol. Thereafter, the aerosol is contacted with plasma while being subjected to substantially atmospheric pressure and a radio frequency alternating current in excess of 100 kilohertz; a vapor is produced in this step. The vapor so produced is passed through an orifice and allowed to deposit onto a substrate, which is in contact with a substrate holder which is electrically grounded.

Process for preparing superconducting films by radio-frequency generated

A process for coating a superconductive film onto a substrate is provided. In the first step of this process, a solution of the reagents required to produce the superconductive material is subjected to ultrasonic sound waves to create an aerosol. Thereafter, the aerosol contacted with plasma while being subjected to substantially atmospheric pressure and a radio frequency alternating current in excess of 100 kilohertz; a vapor is produced in this step. The vapor so produced is passed through an orifice and allowed to deposit onto a substrate.

Process for preparing oxide superconducting films by radio-frequency

A two-step process for the preparation of a thallium-containing superconductive film is described. In the first step of this process, an aerosol mist containing reactants necessary to produce a calcium/barium/strontium/copper precursor material is provided. This mist is subjected to radio-frequency radiation while in the plasma region, and it thereafter is deposited onto an electrically grounded substrate. In the second step of the process, the coated substrate is contacted with thallium-containing vapor.

Process for preparing superconducting films by radio-frequency-generated

A process for preparing a glass-ceramic material with superconducting properties is disclosed. In the first step of this process, a powder batch comprised of a glass-former and of barium oxide, yttrium oxide, and copper oxide (or the precursors of one or more of these oxides) is provided. These oxides (or their precursors) are present in varying amounts for the Ba.sub.2 YCu.sub.3 O.sub.x composition. In the second step of the process, the powder batch is melted at a temperature of from about 1170 to 1300 degrees Celsius while under an oxygen-containing atmosphere. In the third step of the process, the molten batch is rapidly cooled, thereby forming glass. In the fourth step of the process, the glass is heat-treated at a temperature of from about 750 to about 950 degrees Celsius.

Process of making a superconducting glass-ceramic composition

A process for preparing a tetragonal barium titanate film with a thickness of from about 0.1 to about 1.5 millimeters is disclosed. In the first step of this process, a mixture of a barium compound, a titanium compound, and a boron oxide glass former is provided in a specified ratio. The reaction mixture is melted at a temperature of 1300-1400 degrees centigrade and then rapidly quenched in form glass. The glass is then place upon a polycrystalline isostructural substrate, and the glass/substrate assembly is then remelted and, thereafter, subjected to a temperature of from 950 to 1,050 degrees centigrade for from about 25 to about 60 minutes.

Process for preparing a barium titanate film

A stool upholstered with a protective stool cover, and related objects are shown. The cover comprises a seat encapsulating, cover material, the lower edge of which is attached to a seat pan covering, shaped wall profile which protects against inadvertant, cover material damaging impact against the seat pan. The profile also eliminates the discernment of outlines of the edge of the interface between the seat pan and the cushioning material through the covering material. The profile includes a flange section adapted for attachment to the lower side of the seat pan, which extends at substantially right angles from one end of the seat pan edge covering collar section, as well as a seam section adapted for sewn attachment to the covering material. The seam section is offset and extends from the other end of the collar section, parallel and adjacent to a line of extension therefrom.

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Alfred, NY, United States of America

Robert L Snyder