Testimony issued by the General Accounting Office with an abstract that begins "Pursuant to a congressional request, GAO discussed the status of the Federal Aviation Administration's (FAA) implementation of the Display System Replacement (DSR) project, focusing on: (1) the status of FAA's overall modernization program; (2) FAA's progress in implementing DSR, with particular emphasis on events surrounding Boston's implementation; and (3) opportunities for continued success by FAA in completing its modernization projects."

The LHC Interaction Region Quadrupoles (IRQ) will be shipped from Fermilab to CERN. The IRQ magnets are supported by glass fiber supports. A prototype cryostat support has been tested under various mechanical forces in order to check its mechanical behavior. These measurements have been made in order to validate a numerical model. A large range of mechanical loads simulates loads due to the shipment of the device, the weight of the cold mass as well as the cool down conditions. Its mechanical properties are measured by means of a dedicated arrangement operating at room temperature. This study appears to be essential to optimize the design of the support. The purpose of this note is to summarize the first measurements related to mechanical tests performed with the support.

We use a combination of molecular dynamics and kinetic Monte Carlo simulations to explore the role of temperature and dose rate on damage accumulation in a model system with complex kinetics. We describe the accumulation of He-vacancy (HeV) complexes as well as vacancy and interstitial clusters as a function of irradiation temperature, dose, and dose rate. We show that nucleation of stable HeV complexes (voids and bubbles) at low temperature and flux takes place at extremely low doses. We also describe the effect of temperature on the HeV complex size distribution and show that growth beyond a critical nucleation size is not possible in this system at temperatures above 300 K for dose rates smaller than 10{sup -8} dpa/s. We further demonstrate that a temperature shift of 25 K per decade of flux scales the dose rate dependence of He-vacancy complex (voids and bubbles) accumulation when irradiation is carried out to low doses (0.03-0.06 dpa) at temperatures between 150 K and 300 K and dose rates of 10{sup -6}, 10{sup -7}, l0{sup -8}, and 10{sup -9} dpa/s. The results provide an atomistic description of microstructure evolution including void nucleation and the early stages of growth, and should be useful in …

This report with the attached tables provide supporting documentation for completing Performance Agreement TWR 1.2.2, C-106 Sluicing, Performance Expectation. The calculations summarized in the tables were performed using process control procedures and strategies as documented in engineering procedure HFN-SD-WM-PROC-021, Section 23.0, Rev. 2C, subsection 4.4, ''Calculation of Sludge Transferred.'' Four methods are described including: (1) Mass transfer based on Mass Flow Meter; (2) Mass transfer based on ENRAF{trademark} Densitometer density profiles; (3) Mass transfer based on ENRAF{trademark} Densitometer sediment levels; (4) Mass transfer based on dissolved solids.

The Plutonium-Uranium Extraction (PUREX) Plant Storage Tunnel Number 2 (hereafter referred to as the PUREX Tunnel) was built in 1964. Since that time, the PUREX Tunnel has been used for storage of radioactive and mixed waste. In 1991, the PUREX Plant ceased operations and was transitioned to deactivation. The PUREX Tunnel continued to receive PUREX Plant waste material for storage during transition activities. Before 1995, a decision was made to store radioactive and mixed waste in the PUREX Tunnel generated from other onsite sources, on a case-by-case basis. This notice of construction (NOC) describes the activities associated with the reactivation of the PUREX Tunnel ventilation system and the transfer of up to 3.5 million curies (MCi) of radioactive waste to the PUREX Tunnel from any location on the Hanford Site. The unabated total effective dose equivalent (TEDE) estimated for the hypothetical offsite maximally exposed individual (MEI) is 5.6 E-2 millirem (mrem). The abated TEDE conservatively is estimated to account for 1.9 E-5 mrem to the MEI. The following text provides information requirements of Appendix A of Washington Administrative Code (WAC) 246-247 (requirements 1 through 18).

This Acceptance Test Procedure (ATP) provides for the inspection and testing of the new Pumping and Instrumentation Control (PIC) skid designed as ''L''. The ATP will be performed after the construction of the PIC skid in the shop.

The LHC Interaction Region Quadrupoles (IRQ) will be shipped from Fermilab to CERN. The IRQ magnets are supported by glass fiber supports. A prototype cryostat support has been tested under various mechanical forces in order to check its mechanical behavior. These measurements have been made in order to validate a numerical model. A large range of mechanical loads simulates loads due to the shipment of the device, the weight of the cold mass as well as the cool down conditions. Its mechanical properties are measured by means of a dedicated arrangement operating at room temperature. This study appears to be essential to optimize the design of the support. The purpose of this note is to summarize the first measurements related to mechanical tests performed with the support.

Funeral program for Johnnie Mae Falke, born August 12, 1908. The funeral was held October 11, 1999 at West End Baptist Church, officiated by Reverend A. Bernard Devers D. D. Funeral arrangements were made through Lewis Funeral Home and she was buried in Fort Sam Houston National Cemetery near San Antonio, Texas.

Video footage from the KXAS-TV/NBC station in Fort Worth, Texas, covering a news story about a typhoon in China. This b-roll footage shows storm damage including downed trees. This footage was broadcast at 5pm.

Daily newspaper from Baytown, Texas that includes local, state, and national news along with advertising.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.

Photograph of a scene during the restoration of Guthrie's Historic Downtown District.