The usefulness of vitrification technology for low-and intermediate-level radioactive wastes was demonstrated with high volume reduction capability and good mechanical and chemical stability of final waste forms, and commercial vitrification facility is expected to be constructed at Ulchin site of Korean Nuclear Power Plant Ulchin Unit 5 and 6. Hence, overall economic assessment was necessary to find out the economic advantage of the vitrification facility and to predict the construction and operation costs of the facility on the preliminary bases. Additionally, the generation characteristics of radioactive wastes were investigated. The results of the cost analysis showed that the disposal cost of radioactive wastes treated by vitrification facility reduced to 85 percent compared with that by current waste treatment system. And the present worth analysis was performed through the cost-benefit analysis method for the commercial vitrification facility. The results showed that the vitrification facility combining cold crucible melter (CCM) for treatment of combustible DAW, spent resin, and borated liquid waste concentrate and plasma torch melter (PTM) for non-combustible DAW and spent filter is more economical than current waste treatment system when the escalation rate of disposal cost of more than 10 percent per year was applied.

This report is designed to assist Members of the 110th Congress as they consider the costs and benefits of the U.S.-South Korean Free Trade Agreement (KORUS FTA). It examines the provisions KORUS FTA in the context of the overall U.S.-South Korean economic relationship, U.S. objectives, and South Korean objectives.

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The National Museum of the Pacific War presents an oral interview with Al Stevens. He graduated from Michigan State University in 1943 as a metallurgical engineer. He enlisted in the Navy in 1944 in Detroit, Michigan. He attended the Navy Electronics School at Harvard University as well as a specialized radar training program organized by MIT at the Harbor Building in Boston, Massachusetts. He received further training in radar countermeasures at Ocracoke Island, North Carolina. He served on the USS Wasatch (ACG-9). When the ship was anchored, he was assigned to deliver orders and mail. He describes the Operation Olympic portion of the plan to invade Japan. He was part of the force that occupied Wakanoura and Nagoya, Japan. He shares an anecdote about obtaining a Japanese sword as a souvenir in Nagoya. In North China he participated in the repatriation of the Japanese, Chinese, and Koreans. He wrote a book, ?Up Close and Personal,? about his World War II experiences.

The National Museum of the Pacific War presents an oral interview with Al Stevens. He graduated from Michigan State University in 1943 as a metallurgical engineer. He enlisted in the Navy in 1944 in Detroit, Michigan. He attended the Navy Electronics School at Harvard University as well as a specialized radar training program organized by MIT at the Harbor Building in Boston, Massachusetts. He received further training in radar countermeasures at Ocracoke Island, North Carolina. He served on the USS Wasatch (ACG-9). When the ship was anchored, he was assigned to deliver orders and mail. He describes the Operation Olympic portion of the plan to invade Japan. He was part of the force that occupied Wakanoura and Nagoya, Japan. He shares an anecdote about obtaining a Japanese sword as a souvenir in Nagoya. In North China he participated in the repatriation of the Japanese, Chinese, and Koreans. He wrote a book, ?Up Close and Personal,? about his World War II experiences.