An article, written by Frank Bruni for The New York Times, that covers an upcoming meeting between Presidential candidate George W. Bush and gay and lesbian Republicans. The meeting was set up by Charles C. Francis. The piece also covers a recent speech he delivered at the National Hispanic Women's Conference.

Ensemble performance at the UNT College of Music.

Video recording from The Black Academy of Arts and Letters recorded during the "Gospel Gurls" live concert event held at the Clarence Muse Café Theatre on April 8th and 9th, 2000. The footage shows Curtis King giving introductions followed by the concert in full. The tape concludes with a fade to black at the 1:30:04 time mark and a switch to unrelated content showing a film involving army soldiers.

Safe interim dry storage of spent nuclear fuel (SNF) must be maintained for a minimum of twenty years according to the Code of Federal Regulations. The most important variable that must be regulated by dry storage licensees in order to meet current safety standards is the temperature of the SNF. The two currently accepted models to define the maximum allowable storage temperature for SNF are based on a diffusion controlled cavity growth (DCCG) failure mechanism for the cladding. Although these models are based on the same fundamental failure theory (DCCG), the researchers who developed the models made different assumptions, including selection of some of the most critical variables in the DCCG failure equation. These inconsistencies are discussed together with recommended modifications to the failure models based on recent data.

The National Museum of the Pacific War presents an oral interview with John H. (Jack) Camp. Camp grew up in New Orleans and joined the Navy in August, 1943. Upon completion of training, Camp was selected for Hospital Corpsman school. In ealry 1945, Camp was ordered to go to Guam and work the in Fleet Hospital 103. He recalls receiving patients from the battle at Okinawa. In May, Camp was transferred to the USS South Dakota (BB-57). He was aboard when the task force the South Dakota was attached to attacked the Japanese home islands. Camp shares excerpts from a diary he kept while aboard the ship. At teh surrender ceremony, Camp was among a group of medical personnel that went ashore to a prisoner of war camp to bring former POWs back to the USS Benevolence (AH-13) treatment. Camp visited several POW camps before leaving Tokyo Bay. He returned aboard ship to the US in October, 1945.

The National Museum of the Pacific War presents an oral interview with John H. (Jack) Camp. Camp grew up in New Orleans and joined the Navy in August, 1943. Upon completion of training, Camp was selected for Hospital Corpsman school. In ealry 1945, Camp was ordered to go to Guam and work the in Fleet Hospital 103. He recalls receiving patients from the battle at Okinawa. In May, Camp was transferred to the USS South Dakota (BB-57). He was aboard when the task force the South Dakota was attached to attacked the Japanese home islands. Camp shares excerpts from a diary he kept while aboard the ship. At teh surrender ceremony, Camp was among a group of medical personnel that went ashore to a prisoner of war camp to bring former POWs back to the USS Benevolence (AH-13) treatment. Camp visited several POW camps before leaving Tokyo Bay. He returned aboard ship to the US in October, 1945.

Semiweekly newspaper from Pawhuska, Oklahoma that includes local, state, and national news along with advertising.

This work describes recent advances on the effects of subgrain boundaries on elevated-temperature plasticity. Particular attention is devoted to recent developments regarding internal back-stresses. This will include discussions of recent convergent beam electron diffraction (CBED) experiments on metals to evaluate internal stresses in association with dislocation heterogeneities.

Creep of zirconium and zirconium alloys has been labeled ''anomalous.'' Researchers often report that zirconium and its alloys never reach true steady state creep and have stress exponents that continuously change with stress and temperature. Many varied interpretations have been offered explaining the creep behavior of zirconium. Some have suggested that creep is diffusion controlled, while others maintain that creep is dislocation glide controlled. Cumulative zirconium creep data will be presented based on an extensive literature review. An interpretation of results will be presented and compared to previous interpretations.