The National Museum of the Pacific War presents an oral interview with Dwight Pendleberry. Pendleberry joined the Army with his brother prior to the outbreak of war with Japan. After training as an ordnance man in the artillery, Pendleberry's company was sent to the Philippines in September, 1941. Pendleberry describes the Japanese attack on the Philippines and the subsequent fall of Bataan. He escaped to Corregidor with a few other people only to be captured there one month later. After being taken to Manila, Pendleberry was sent to Cabanatuan. By that time, he had contracted malaria. From there, he was selected to be on a work detail loading and unloading Japanese ships in Manila. Pendleberry also describes executions, genral mistreatment and outright torture at the hands of the Japanese captors. Eventually, Pendleberry and many other POWs were shipped aboard the Noto Maru to Taiwan, then Japan. Pendleberry wound up at Omori prison camp in Tokyo Bay. He describes the low-level fire bombing mission over Tokyo, which took place one night in March, 1945. After that, Pendleberry was moved to northern Japan to work at a coal mine. After the war, Pendleberry was liberated and repatriated back to the US through …

This report covers the electrical resistance tomography (ERT) work performed at the Hanford Reservation, 200 East Area Vadose test (Sisson and Lu) site during the period March 23 through May 5, 2001. The purposes of the ERT work were to: (1) compare and contrast the development of the highly concentrated sodium thio-sulfate plume (FY01 work) with the fresh river water plume observed during FY00; (2) use the resistance images to infer the dynamics of the plume during two or three of the sodium thiosulfate releases and during the water ''chaser'' release; (3) determine the influence of the site's steel casings on the capability to construct reliable ERT images; (4) determine if the steel casings at the site can be used as long electrodes to provide useful images of at least one release; and (5) develop quantitative estimates of the noise in the data and its effect on reconstructed images.