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$D^0 \bar{D}^0$ Mixing at BaBar (open access)

$D^0 \bar{D}^0$ Mixing at BaBar

This article reviews the recent measurement of D{sup 0}-{bar D}{sup 0} mixing with the D{sup 0} {yields} K{pi} decay channel from the BABAR experiment at the PEP-II B-Factory. Averages from the Heavy Flavor Averaging Group between this result and a previous result from BELLE are also presented.
Date: October 26, 2011
Creator: Coleman, Jonathon
Object Type: Article
System: The UNT Digital Library
D-0 South End Cap Calorimeter Cold Test Results (open access)

D-0 South End Cap Calorimeter Cold Test Results

The South endcap calorimeter vessel was moved into Lab A on Sept. 18, 1990. A cooldown of the pressure vessel with liquid nitrogen was performed on Sept. 26 to check the vessel's integrity. With the pressure vessel cold, the insulating vacuum was monitored for leaks. Through out the testing, the insulating vacuum remained good and the vessel passed the test. The cold test was carried out per the procedures of D-Zero engineering note 3740.220-EN-250. The test was very similar to the cold test performed on the Central Calorimeter in October of 1987. The test of the ECS was performed in the same manner using the same equipment as the ECN cold test. Reference D-Zero engineering notes 3740.210-EN-122, 3740.000-EN-I07, and 3740.210-EN-II0 for information about the CC cold test. Reference EN-260 for the results of the ECN cold test. The insulating vacuum space was pumped on while equipment was being connected to the pressure vessel. Two hours after starting to pump with the blower the vacuum space pressure was at about 40 microns. The pumping continued overnight (another 16 hours). In the morning the pressure was 11.5 microns. A rate of rise test was performed. With the pump valved off, the pressure …
Date: November 26, 1990
Creator: Rucinski, R.
Object Type: Report
System: The UNT Digital Library

1 1/4 quick closing gate valve for fuel oil system

Blueprint depicting technical details of Battleship Texas.
Date: June 26, 1926
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Assembly at Bottom

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Control Switch Details

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Detail of Boot Fittings

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Detail of Machinery at Top

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Details of Boot

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoist - Landing Table & Fittings for Switch E in Hood

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Assembly at Top

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Assembly at Top

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Carrier Guide & Fittings for Switch A in Boot

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Details of Hood

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Fittings for Switch C in Boot

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Fittings for Switch D in Hood

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Safety Wings for Operating Switch B in Boot

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.1" Ammunition Hoists - Watertight Door & Frame at Bottom

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1941
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.5" Nolan Blow-Off Valve [Boiler, Boiler Room]

Blueprint depicting technical details of Battleship Texas.
Date: January 26, 1926
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" Cast Steel Oil Pressure Regulating Valve Globe Type Flanged Ends Capacity 9000# Per Hour

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1942
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History
1-/sup 11/C-D-glucose and related compounds (open access)

1-/sup 11/C-D-glucose and related compounds

The novel compounds 1-/sup 11/C-D-glucose, 1-/sup 11/C-D-mannose, 1-/sup 11/C-D-galactose, 2-/sup 11/C-D-glucose, 2-/sup 11/C-D-mannose and 2-/sup 11/C-D-galactose which can be used in nuclear medicine to monitor the metabolism of glucose and galactose can be rapidly prepared by reaction of the appropriate aldose substrate with an alkali metal /sup 11/C-labeled cyanide followed by reduction with a Raney alloy in formic acid.
Date: January 26, 1982
Creator: Shiue, Chyng-Yann & Wolf, Alfred P.
Object Type: Patent
System: The UNT Digital Library
2 Hz, 30 T Split Pulse Water Cooled Magnet for Neutron Scattering Experiments (Materials Characterization and Design Options) (open access)

2 Hz, 30 T Split Pulse Water Cooled Magnet for Neutron Scattering Experiments (Materials Characterization and Design Options)

None
Date: August 26, 1997
Creator: Eyssa, Y. M.; Walsh, R. P.; Miller, J. R.; Miller, G. E.; Pernambuco-Wise, P.; Bird, M. D. et al.
Object Type: Report
System: The UNT Digital Library

3"/50 cal.guns cease fire system F.C. circuit "3U" elementary & isom. Wiring diagram

Blueprint depicting technical details of Battleship Texas.
Date: July 26, 1943
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History
A 3-D hydrodynamic dispersion model for modeling tracer transport in Geothermal Reservoirs (open access)

A 3-D hydrodynamic dispersion model for modeling tracer transport in Geothermal Reservoirs

A 3-D hydrodynamic dispersion model for tracer transport is developed and implemented into the TOUGH2 EOS3 (T2R3D) module. The model formulation incorporates a full dispersion tensor, based on a 3-D velocity field with a 3-D, irregular grid in a heterogeneous geological system. Two different weighting schemes are proposed for spatial average of 3-D velocity fields and concentration gradients to evaluate the mass flux by dispersion and diffusion of a tracer or a radionuclide. This new module of the TOUGH2 code is designed to simulate processes of tracer/radionuclide transport using an irregular, 3-D integral finite difference grid in non-isothermal, three-dimensional, multiphase, porous/fractured subsurface systems. The numerical method for this transport module is based on the integral finite difference scheme, as in the TOUGH2 code. The major assumptions of the tracer transport module are: (a) a tracer or a radionuclide is present and transported only within the liquid phase, (b) transport mechanisms include molecular diffusion and hydrodynamic dispersion in the liquid phase in addition to advection, and (c) first order decay and linear adsorption on rock grains are taken into account. The tracer or radionuclide is introduced as an additional mass component into the standard TOUGH2 formulation, time is discretized fully implicitly, …
Date: January 26, 1998
Creator: Wu, Yu-Shu & Pruess, Karsten
Object Type: Article
System: The UNT Digital Library
The 4-County News Bulletin (Castroville, Tex.), Vol. 19, No. 25, Ed. 1 Monday, September 26, 1977 (open access)

The 4-County News Bulletin (Castroville, Tex.), Vol. 19, No. 25, Ed. 1 Monday, September 26, 1977

Weekly newspaper from Castroville, Texas that includes local, state, and national news along with extensive advertising.
Date: September 26, 1977
Creator: Schott, Bobbie
Object Type: Newspaper
System: The Portal to Texas History