Gloves

Gloves

Date: 1950~
Creator: unknown
Description: Pair of gloves of white cotton. The daytime gloves are wrist length, with 3 tucks at top along back of hand, and a 1/2" fold-over band at wrist hem.
Contributing Partner: UNT College of Visual Arts + Design
Mitts

Mitts

Date: 186u
Creator: unknown
Description: Pair of ivory cotton or silk mitts. The elbow-length fingerless gloves are of crocheted ivory material in the style of the 1860's. The long sleeves have bands of lacework patterning. The hands are fingerless, with cording between where fingers would go, and an oval opening for the thumb.
Contributing Partner: UNT College of Visual Arts + Design
Mitts

Mitts

Date: [1850..1867]
Creator: unknown
Description: Pair of black cotton lace mitts. The wrist-length fingerless gloves are of hand-crocheted lace, in a wide mesh. Slight frill at wrist, and separate thumb. A narrow black ribbon is threaded through the cuff, one ribbon lacking.
Contributing Partner: UNT College of Visual Arts + Design
Mitts

Mitts

Date: 1965~
Creator: Hansen Glove Corporation
Description: Pair of off-white nylon mitts. The elbow-length fingerless gloves have a loop for the thumb, and are embellished along the finger opening with a trim of openwork daisy heads. Stamped: "Nylasuede / by Hansen / 6 1/2"
Contributing Partner: UNT College of Visual Arts + Design
Gloves

Gloves

Date: 1950~
Creator: unknown
Description: Pair of gloves of white cotton. The plain, daytime gloves are wrist-length. Retailer's label sewn inside: "Made in Western Germany / expressly for / Neiman-Marcus / 100% Cotton"
Contributing Partner: UNT College of Visual Arts + Design
Gloves

Gloves

Date: 1955~
Creator: Fare, Roger
Description: Pair of gloves of tan suede. The wrist-length gloves are plain, with hand-stitching. Size/Designer Label stamped inside: "7 / Made in France / by / Roger Fare" Retailer Label: "Neiman-Marcus / Made in France"
Contributing Partner: UNT College of Visual Arts + Design
Sensitivity tests on leaded glove material, EMRTC Report FR-95-15: Final test report

Sensitivity tests on leaded glove material, EMRTC Report FR-95-15: Final test report

Date: June 1, 1995
Creator: Olson, D.; Davis, L. & Block-Bolten, A.
Description: Small-scale safety and characterization tests were performed on stored radioactive wastes. The materials tested were formed when leaded dry box gloves were exposed to nitric acid. The nitration products exhibited thermal and impact sensitivity which could lead to ignition of explosion. Water was used to separate the nitrated glove material into several fractions; only the insoluble fraction exhibited significant sensitivity to impact. Both the separated and mixed materials were thermally unstable. Self-heating occurred at about 80C or lower, depending on the quantity of material tested. The drop weight impact sensitivity of one sample was greater than that of trinitrotoluene. The electrostatic spark discharge sensitivity of the nitration products was measured to be less than for typical secondary explosives. No sensitivity to friction was measured. These results indicate that the nitrated gloves can probably be handled without extreme risk of ignition. Washing the nitrated materials was found to desensitize the materials, indicating that water could be used as a solvent when storing the materials.
Contributing Partner: UNT Libraries Government Documents Department
Determination of ring correction factors for leaded gloves used in grab sampling activities at Hanford tank farms

Determination of ring correction factors for leaded gloves used in grab sampling activities at Hanford tank farms

Date: June 24, 1999
Creator: RATHBONE, B.A.
Description: This study evaluates the effectiveness of lead lined gloves in reducing extremity dose from two sources specific to tank waste sampling activities: (1) sludge inside glass sample jars and (2) sludge as thin layer contamination on the exterior surface of sample jars. The response of past and present Hanford Extremity Dosimeters (ring) designs under these conditions is also evaluated.
Contributing Partner: UNT Libraries Government Documents Department
AN INDEPENDENT ANALYSIS OF A GLOVEBOX GLOVE FAILURE INCIDENT

AN INDEPENDENT ANALYSIS OF A GLOVEBOX GLOVE FAILURE INCIDENT

Date: May 1, 2001
Creator: LEE, S.; COURNOYER, M. & GRUNDEMANN, R.
Description: No abstract prepared.
Contributing Partner: UNT Libraries Government Documents Department
Automated corrosion system in a moist environment

Automated corrosion system in a moist environment

Date: March 19, 1999
Creator: Hallman, R.L. Jr. & Calhoun, C.L.
Description: In an effort to assist researchers investigating the moisture-generated corrosion of metals and ceramics, a unique exposure system was developed. The initial goal of this system was to monitor corrosion ranging from a few monolayers at the outset of the corrosion process to high mass gains in more extensively corroded material. The new system uses a small robot arm for sample manipulation; gravimetric and Fourier transform infrared (FTIR) spectroscopy for corrosion-product determination; and a gas blending system to control the moisture content of the glove box in which the system is housed. The system's computer control can be configured to coordinate the examination of as many as 20 samples by periodic weighing and FTIR scanning. The computer also performs such functions as data logging of the temperature and pressure of the system and of the flow rate and moisture content of the purge gas. One main benefit of the computer-controlled robotic system is its ability to monitor samples 2 4 hours a day with precision control; this reduces problems stemming from human error or inconsistency of human technique.
Contributing Partner: UNT Libraries Government Documents Department
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